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© VIVEK M/greenpeace<br />
Dharnai live<br />
<strong>media</strong> <strong>manual</strong>
CONTENTS<br />
INTRODUCTION: Decentralised Renewable Energy<br />
1<br />
Micro-grid in Dharnai<br />
Tariff, Funding and maintenance<br />
Investor-friendly micro-grid<br />
The way ahead<br />
9<br />
25<br />
32<br />
34
Introduction<br />
Decentralised Renewable Energy<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy<br />
1<br />
Aerial view of solar panels in Dharnai Revenue Village ©SAJAN PONAPPA/greenpeace
What is Greenpeace?<br />
Greenpeace is a non-profit organisation with a p<strong>res</strong>ence in 40<br />
countries across Europe, the Americas, Asia and the Pacific. It speaks<br />
for 2.8 million supporters worldwide and inspi<strong>res</strong> millions more to take<br />
action every day. To maintain its independence, Greenpeace does<br />
not accept donations from governments or corporations but relies on<br />
contributions from individual supporters and foundation grants.<br />
Greenpeace exists because the earth and all life on it deserve a<br />
clean and safe environment – now and in the future. It has been<br />
campaigning against environmental degradation since 1971 when<br />
a small boat of volunteers and journalists sailed into Amchitka, an<br />
area north of Alaska, where the US government was conducting<br />
underground nuclear tests. This tradition of “bearing witness” in a nonviolent<br />
manner continues today and ships are an important part of all<br />
its campaign work.<br />
Actions often speak louder than words and non-violent direct action<br />
is at the heart of Greenpeace campaigns, which have also grown to<br />
include lobbying and <strong>res</strong>earch over the past years.<br />
As a global organisation, Greenpeace focuses<br />
on the most critical worldwide environmental<br />
issues such as:-<br />
· Oceans and ancient fo<strong>res</strong>ts protection;<br />
· Fossil fuel phase out and the promotion of<br />
renewable energies to stop climate change;<br />
· Nuclear disarmament and an end to nuclear<br />
contamination;<br />
· Elimination of toxic chemicals; and<br />
· Preventing the release of genetically<br />
engineered organisms into nature.<br />
Greenpeace India has focussed on four broad<br />
campaigns namely, stop climate change,<br />
sustainable agriculture, p<strong>res</strong>erving the oceans<br />
and preventing another nuclear catastrophe<br />
since its inception in 2001. Over the years,<br />
Greenpeace India has built a strong base of<br />
supporters spread across the country. i<br />
Children in front of the Dharnai Live mural at Jitkoria tola, Dharnai Revenue Village<br />
© VIVEK M/greenpeace<br />
2<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy
What is Greenpeace doing in Bihar?<br />
Bihar has been struggling with energy We have worked with key stakeholders in the state and the<br />
access for decades. About 89 per cent government machinery to develop a legal, political and regulatory<br />
of the state’s population <strong>res</strong>ides in rural framework to review the existing centralised energy infrastructure and<br />
areas and almost 95 per cent of the rural encourage utilisation of renewable energy in the state.<br />
population in Bihar is still dependent on<br />
kerosene as a primary source of lighting. In2011, Greenpeace launched its project “Ensuring Energy Access in<br />
Just about half the villages in the state Bihar through Decentralised Renewable Energy” to showcase a new<br />
have been electrified, where the quality of approach for energy justice. As part of it, we conducted a survey on<br />
electrification is also suspect. ii<br />
electrification done through Rajiv Gandhi Grameen Vidyutikaran Yojana<br />
and recommended the use of DRE for reaching rural areas. In 2012, as<br />
Greenpeace strongly believes that a<br />
part of this campaign, we successfully demonstrated irrigation pump<br />
decentralised and sustainable approach is sets that run on solar, post which the state government announced a<br />
the right way forward in providing electricity host of schemes on irrigation, education, health and other livelihood<br />
to the millions p<strong>res</strong>ently deprived of it. programs using alternative renewable energy.<br />
Bihar can leapfrog into the future to provide<br />
for the energy needs of its population in a Greenpeace has been witnessing various levels of changes it has<br />
sustainable manner. To do this, the state must brought in the state, particularly in its mission to convert a nonbeliever<br />
into believer. From changing and strengthening an ambitious<br />
chart an alternative development pathway<br />
using decentralised renewable energy or DRE. chief minister’s belief that decentralised renewable energy systems are<br />
Such an alternative energy paradigm would here to stay, Greenpeace is also advocating to the state government to<br />
enable Bihar to ensure quality electricity and increase investment in renewable energy technologies for irrigational<br />
inclusive development to its people.<br />
purposes.<br />
Greenpeace has been working in Bihar since<br />
2010 to bring about this paradigm shift in<br />
its energy planning and investment. It is<br />
implementing the energy access campaign<br />
and has established the political momentum<br />
in the state towards DRE as a tool to remove<br />
energy poverty. The campaign aims to<br />
challenge the dominant perception that<br />
centralised addition will deliver power to all.<br />
It instead works to create political and policy<br />
champions who will support decentralised<br />
systems powered by renewable sources<br />
of energy versus coal or nuclear to provide<br />
electricity access to millions who currently<br />
don’t have it (even if they are on the grid).<br />
Greenpeace has been working in Bihar since 2010 to ensure<br />
quality electricity and inclusive development to its people<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy<br />
3
What is DRES and why is IT a key solution to<br />
India’s energy problem?<br />
DRES or Decentralised Renewable Energy Systems generate<br />
electricity near the point of consumption using locally available<br />
renewable <strong>res</strong>ources. They do not use large land area or a huge<br />
distribution system and are more reliable in terms of energy access.<br />
Some of the DRES running in India today are solar-powered, rice husk<br />
systems and small-scale hydro systems.<br />
In the report, World Energy Outlook 2011, the International Energy<br />
Agency (IEA) says that despite United Nation’s mission of sustainable<br />
energy for all, we still continue to live in a world where 1.3 billion of the<br />
poo<strong>res</strong>t people live without access to modern electricity, of which a<br />
major proportion lives in India. iii<br />
There are more than 300 million people still waiting for electricity in<br />
India iv with more than a third of the rural population lacking electricity. v<br />
Only 52.5 per cent of rural households have access to electricity. vi<br />
These rural areas, though often the location of large energy projects,<br />
have never benefitted from these projects. They have only borne the<br />
brunt of the destruction caused by these projects.<br />
From far flung villages in the mountains, clusters in the fo<strong>res</strong>ted<br />
central expanse to the rural areas even in the densely populated Uttar<br />
Pradesh and Bihar have not benefitted from the 54,964 MW expansion<br />
of the central grid. vii This is despite the fact that in the Eleventh Five<br />
Year Plan Rs 463,658 cro<strong>res</strong> were spent on the power sector. viii<br />
It is obvious who is benefitting from these<br />
massive investments. Even schemes like<br />
Rajiv Gandhi Grameen Vidyutikaran Yojana<br />
have not benefitted rural areas because of<br />
its reliance on expansion of the central grid.<br />
Evaluations have pointed out how wi<strong>res</strong> have<br />
been laid out and poles erected but electricity<br />
has not reached villages.<br />
Moreover, the quality of electricity from the<br />
grid is plagued with intermittent supply,<br />
voltage fluctuations and transmission losses.<br />
With decentralised systems, the electricity is<br />
generated close to the point of consumption<br />
reducing distribution losses, infrastructure<br />
costs and improving reliability of supply and<br />
voltage.<br />
This is the key reason why Greenpeace<br />
believes that decentralised is the only<br />
way village and rural areas can gain rapid<br />
access to electricity. There are numerous<br />
decentralised systems operating across the<br />
country that are providing sustainable and<br />
regular electricity to households.<br />
OPTIONS IN Decentralised Renewable Energy Systems<br />
SOLAR<br />
biomass<br />
wind<br />
micro-hydro<br />
4<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy
A biomass gasifier generates electricity from discarded rice husk, and provides electricity to around<br />
one lakh people across 125 villages in Bihar ©Harikrishna Katragadda/greenpeace<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy<br />
5
Why do you think we can rely on renewable energy?<br />
After witnessing years of slagging growth, there is today widespread an integrated approach with a mix of<br />
need for robust growth and development across the country. However, grid extension, grid interactive and offgrid<br />
systems to meet the rural electricity<br />
India’s crippling energy infrastructure is proving to be an impediment in<br />
fulfilling the country’s economic and social needs.<br />
requirements should be developed. Further,<br />
renewable energy is well-suited to meet<br />
Energy and electricity requirements, in particular, have risen sharply India’s need for power in remote areas that<br />
in recent years and this trend is likely to continue in the fo<strong>res</strong>eeable lack grid and road infrastructure due to<br />
future. At p<strong>res</strong>ent, India has an installed capacity of 211GW and the distributed nature of <strong>res</strong>ources and the<br />
it is expected that by the end of the current 12th Five-Year Plan scalability of system design. ix<br />
(2012-2017), India’s peak demand will rise to 335GW. This in turn<br />
will require India to have a total installed capacity of around Renewable energy is not just the future but<br />
415–440GW.<br />
also the saner choice in the p<strong>res</strong>ent energy<br />
scenario. Renewable energy produces more<br />
This means that in the next four years, India would have to install than twice the amount of electricity produced<br />
close to twice as much capacity as it has been able to install in the by all of country’s nuclear power plants<br />
last 60 years. In order to achieve this, the speed with which the new combined. More than a million households<br />
capacities are being built must increase five-fold. This must be seen in depend solely on solar energy for their energy<br />
the light of consistent under-achievement in capacity addition targets, needs. In 2012-13, the electricity produced by<br />
from the 1st Five-Year Plan till the p<strong>res</strong>ent one.<br />
renewables was equivalent to meeting the per<br />
capita annual electricity requirement of about<br />
Shift from fossil fuels to renewables will ensure that such aspirations 60 million people. x<br />
are met while also providing substantial benefits like independence<br />
from global volatile fossil fuel prices and the creation of millions of new With coal <strong>res</strong>erves depleting worldwide and<br />
green jobs.<br />
nuclear unable to overcome its liabilities,<br />
the question that is glaring at us is: is there<br />
With decentralised micro-grids based on renewable energy generation, an alternative to renewables? Greenpeace<br />
Indian government could very well plug-in the terawatt challenge of believes that going the renewable way is<br />
providing millions with quality electricity supply. While it is true that inevitable and not a choice<br />
grid extension has a significant role to play in rural electrification,<br />
6<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy
With higher costs, why do you think renewable can<br />
be a solution in a country where the average per<br />
capita income is <strong>low</strong>est among developing countries?<br />
Currently, the price of renewables is definitely<br />
higher than coal-powered energy and nuclear<br />
energy. But there are many factors that are<br />
ignored when making this comparison.<br />
1. Coal-fired power plants and nuclear<br />
power plants operate at a larger scale.<br />
The investments are higher and the<br />
infrastructure required is also bigger.<br />
At a bigger scale, the unit costs come<br />
down. The subsidies given to coal are<br />
also higher. The overall environment is far<br />
more conducive to invest in and produce<br />
coal-powered or nuclear energy than<br />
renewable energy.<br />
2. Coal power is subsidised. Power plants<br />
get subsidised land, almost free water<br />
and subsidised raw material, i.e. coal.<br />
In many cases, companies may also get<br />
coal mining leases at rates lesser than<br />
market value. As the Coalgate highlights,<br />
government’s allocation of coal blocks<br />
led to a loss of Rs 1.86 lakh crore to the<br />
exchequer. xi<br />
Other than these, the electricity utilities<br />
also get subsidies from state and Centre<br />
so that they can keep the tariffs <strong>low</strong>er<br />
for consumers. According to a report by<br />
Information and Credit Rating Agency<br />
of India Limited (ICRA), the subsidies<br />
for power distribution companies were<br />
projected to rise to Rs 60,000 crore by<br />
March, 2014. xii<br />
In addition, as per a study by World<br />
Institute of Sustainable Energy, coal<br />
power also benefits from hidden<br />
subsidies. It enjoys 68 paise per kWh of hidden subsidies. xiii<br />
To add to this, there is no proper accounting of environment,<br />
displacement and pollution costs of coal mines and thermal<br />
power plants. A 2006 report by National Environmental<br />
Engineering Research Institute says the external costs of a power<br />
project are highest for a coal-fired power plant at Rs 0.1067 per<br />
kilo watt hour. xiv On the other hand, a TERI report done for the<br />
Planning Commission states that the external costs of power<br />
generation from coal transportation to coal mining is estimated<br />
to be Rs 0.90 per ki<strong>low</strong>att hour. Out of this, Rs 0.15/kwh is<br />
compensated and the remaining 0.75/kwh is not compensated.<br />
This also does not include cost of carbon emissions and cost<br />
of displacement. This report also puts the external cost of coal<br />
mining at Rs 246/tonne of coal mined. Of this, Rs 126.49 /tonne<br />
is compensated and the <strong>res</strong>t Rs 119/tonne is not. This again does<br />
not include health costs of coal mining. xv<br />
3. In 2009-10, state governments alone gave a subsidy of almost Rs<br />
20,000 crore to state electricity utilities so that they can keep the<br />
tariffs <strong>low</strong>er. xvi<br />
4. The price of coal is constantly rising. Due to limited coal <strong>res</strong>erves,<br />
state-run Coal India has been unable to meet its target for six<br />
years in a row, and with power producers looking for expensive<br />
imported coal, tariffs are bound to rise. xvii There has been a<br />
50% increase in the cost of international procurement of coal<br />
for Indian power producers since 2004. xviii This has <strong>res</strong>ulted in<br />
the rise in cost of coal power generation. In the last 10 years,<br />
power generation prices have risen by more than 300 per cent.<br />
xix<br />
As a <strong>res</strong>ult, utilities have passed on the costs to consumers.<br />
Subsidised power users like Delhi have seen a rise in power tariffs<br />
by more than 25 per cent in the last few years. xx<br />
5. Meanwhile, quietly and steadily, prices for renewables are coming<br />
down. At the beginning of 2011, a ground-mounted MW-scale<br />
solar power project in India cost around Rs 14m (EUR 2.15m,<br />
USD 2.8m) per MW. Today, this has fallen by almost 50% to<br />
around INR 7m (EUR 1m, USD 1.4m) per MW. The cost reduction<br />
has largely been driven by a drop in module prices from USD 1<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy<br />
7
per watt in 2011 to USD 0.65 per watt today. xxi Module prices<br />
have fallen globally largely due to a condition of acute oversupply.<br />
Against global demand for 30-35 GW of solar power in 2012,<br />
available module supply was 50-60 GW, most of it from China. xxii<br />
6. International Energy Agency estimates that the 300 million<br />
people without access to electricity in India spend over $60<br />
billion annually on inefficient and obsolete sources of energy<br />
like kerosene. This indicates there is a willingness to pay even<br />
amongst the poor. xxiii<br />
7. Moreover, decentralised renewable<br />
energy is already a billion dollar market in<br />
India. According to the World Resources<br />
Institute, the off-grid energy access<br />
market in India lies mostly amongst the<br />
114 million poo<strong>res</strong>t households of the<br />
country that earn less than $2 a day.<br />
Decentralised renewable energy holds an<br />
annual market of $2.4 billion and the solar<br />
home lighting market is estimated to be<br />
around $27.4 million. xxiv<br />
What are the subsidies available to renewable<br />
energy users?<br />
Sr. No. Name of the Product Cost Range(in Rs.) MNRE Subsidy(in Rs.)<br />
1. Solar Water Heating Systems (2 Sq. Meters) 13,000 – 20,000 6000 – 6600<br />
2. Solar Cookers<br />
a)Box Type Solar Cooker<br />
b)Dish Type Solar Cooker<br />
c)Scheffler Dish Cooker<br />
a) 3,500 to 4,200<br />
b) 6,500 to 8,000<br />
c) 15,000 to 20,000<br />
30% of the product cost<br />
(Maximum).In Special<br />
Category States<br />
60% of the product cost<br />
(Maximum)<br />
3. Solar Home Lighting Systems 11,000 – 15,000<br />
4. Solar Street Lighting Systems 17,000 – 22,000<br />
5. Solar Lanterns 1700 – 3000<br />
6. Solar Pumps 1,70,000 / kW<br />
7. Family Type Biogas Plants (2 Cubic m) 20,000 to 25,000<br />
8. Small Wind Turbines for off-grid<br />
applications<br />
2,00,000 / kW 8,000 to 14,700 (depending<br />
upon location)<br />
9. Water Mills 70,000 – 80,000 35,000<br />
8<br />
MEDIA MANUAL | Introduction: Decentralised Renewable Enregy
Micro-grid in Dharnai<br />
MEDIA MANUAL | Micro-grid in Dharnai 9<br />
© VIVEK M/greenpeace
Give details about the micro-grid that you are<br />
setting up in Bihar.<br />
It is a 100 kW plus expandable pilot smart-grid based on<br />
renewable energy technologies. It uses 280 solar panels to<br />
generate more than 100 kW of electricity that currently powers<br />
more than 400 households, who have applied for connections.<br />
or business package. The basic package<br />
includes one light connection and a charging<br />
point totalling 18 watts per household as a<br />
basic domestic package.<br />
The micro-grid is based on a bottom-up approach. It begins with a<br />
certain ambition and can be scaled up based on people’s demands<br />
and requirements. Being a community-led project, it is to be managed<br />
by electrification committees, which consist of members of the village<br />
community using the micro-grid.<br />
The second package includes three lighting<br />
points and a mobile charging point with a<br />
total usage of 30 watts. Residents opting for<br />
fan or television connections would also be<br />
falling under this package.<br />
The micro-grid also intends to create a model that is replicable and<br />
can be used by the government for electrification across Bihar and the<br />
<strong>res</strong>t of the country.<br />
The micro-grid intends to be financially sustainable so as to take<br />
care of its own operations as well as attract investors and financial<br />
institutions into the arena of decentralised renewable energy systems.<br />
Hence, we have involved BASIX and CEED as co-implementers of<br />
the project. BASIX has the expertise in financially managing a system<br />
like this, whereas CEED is the organisation that will be the community<br />
interface in Dharnai.<br />
The model currently gives two kinds of domestic and a commercial<br />
The third is a commercial package for shops<br />
and businesses which includes one lighting<br />
point, one mobile charging point and a street<br />
light. It uses 18 watts of electricity. The<br />
package takers will also be al<strong>low</strong>ed to use a<br />
fan connection.<br />
Other than this, the micro-grid also<br />
includes 10 solar-powered water pumps of<br />
3 horsepower capacity each for irrigation<br />
and 60 solar street lights. The water users<br />
group in different tolas will manage water for<br />
agriculture through the solar water pumps.<br />
DISTRIBUTION: 100 KW microgrid using solar power<br />
70 KW<br />
for shops/<br />
household<br />
30 KW<br />
for irrigation<br />
This is a replicable model<br />
to inspire electrification of<br />
19,000 villages in Bihar<br />
10<br />
MEDIA MANUAL | Micro-grid in Dharnai
A solar powered street lamp at the Jitkoria tola, Dharnai Revenue Village ©VIVEK M/greenpeace<br />
MEDIA MANUAL | Micro-grid in Dharnai<br />
11
What is a micro-grid?<br />
Micro-grids are distribution grids that can be developed using a<br />
bottom-up approach, just like home energy systems and off-grid<br />
systems, and using locally available renewable energy sources to<br />
meet local energy demand. However, unlike other island systems,<br />
power supply is more flexible and reliable because there is the option<br />
to source it from local or centralized generation, according to its<br />
availability and price. In this way, cheap power can be accessed<br />
from the grid during <strong>low</strong> demand periods, while local supply can be<br />
activated to power local demand during blackouts in the main grid.<br />
Furthermore, micro-grids can control the<br />
balance between local supply and demand;<br />
therefore manipulate the power f<strong>low</strong> at the<br />
point of common coupling with the grid. This<br />
enables the micro-grid to support the larger<br />
grid in managing power quality as well as<br />
supply security, by injecting or consuming<br />
active or reactive power when required, and<br />
aiding in black-start situations. xxv<br />
If it is such a great tool then why aren’t<br />
micro-grids being used already?<br />
There are a few reasons for this, but the main issues are design<br />
simplicity, system cost and the lack of awareness of its benefits. For<br />
application in rural electrification, the system design is somewhat<br />
more complicated than a simple off-grid distribution system because<br />
of the additional capability of being able to switch between gridconnected<br />
and island operation modes. The associated system costs<br />
are also higher because of the additional control structure that is<br />
required. However, if these systems can be designed using standard<br />
components in such a way that they are replicable, the costs will<br />
eventually come down as more micro-grid structu<strong>res</strong> are implemented,<br />
due to economies of scale.<br />
Furthermore, the initial investment need<br />
not be for the <strong>final</strong> full micro-grid solution<br />
because micro-grids can begin from<br />
standalone energy home systems and offgrid<br />
distribution systems. Therefore, it gives<br />
flexibility in the timing of financial investment,<br />
starting with a simpler system and adding<br />
featu<strong>res</strong> as time goes by until it is fully<br />
integrated with the central grid system. xxvi<br />
Why are you setting up a micro-grid in Bihar?<br />
Bihar is amongst the top growing states in India. However the<br />
served districts. To date, rural electrification<br />
biggest challenge to Bihar’s growth trajectory is the lack of access to and energy access has been tackled by<br />
sustainable electricity. It is also a state with the <strong>low</strong>est per capita succeeding governments through centralised<br />
energy consumption in India, with a mere 122.11 units, compared infrastructure delivery systems. Greenpeace<br />
to the national average of around 778.71 units. Even today, 82% believes that distributed micro-grids that<br />
of the state lacks access to electricity. While a lot of advancements use locally abundant fuel sources is a more<br />
have been made over the last few years, the lack of energy still effective, cheap and sustainable way to<br />
remains a crucial issue.<br />
provide access to energy in Bihar.<br />
The state of Bihar faces chronic electricity supply shortages <strong>res</strong>ulting<br />
from inadequate investments in generation and distribution capacity.<br />
High poverty paired with the population’s geographic concentration in<br />
remote, rural areas form barriers that limit the logistical and financial<br />
viability of extending centralised electricity infrastructure to under-<br />
Greenpeace has been campaigning to bring<br />
about a shift in India’s energy pathway from<br />
dirty fossil fuel to clean energy. We feel that<br />
renewables is the key to energy access issues<br />
in India and a solution to climate change.<br />
12<br />
MEDIA MANUAL | Micro-grid in Dharnai
Even today, 82% of Bihar’s population lacks access to electricity ©SUBRATA BISWAS/greenpeace<br />
MEDIA MANUAL | Micro-grid in Dharnai<br />
13
What is Greenpeace’s motivation behind this<br />
micro-grid?<br />
Greenpeace has been campaigning to bring about a shift in the energy<br />
pathway of India from dirty fossil fuel to clean energy. We feel that<br />
renewable is a key answer to energy access issues in the country and<br />
a solution to climate change.<br />
As part of our renewable campaign, we have been working in Bihar<br />
since 2010 to bring about this paradigm shift in its energy planning<br />
and investment. It is implementing the energy access campaign and<br />
has established the political momentum in the state towards DRE as<br />
a tool to remove energy poverty. The project aims to challenge the<br />
dominant perception that centralised addition will deliver power to all<br />
and instead campaign to create political and policy champions who<br />
will support decentralised systems running on renewable sources Vs<br />
coal or nuclear to provide electricity access to millions who currently<br />
don’t have it (even if they are on the grid).<br />
In a meeting with former Bihar Chief Minister<br />
Nitish Kumar in 2012, Kumar had suggested<br />
that Greenpeace should display the viability<br />
of DRE through a model that can attain<br />
what we are campaigning – a model that his<br />
government was willing to replicate across<br />
the state. So here we are with a pilot smart<br />
micro-grid model in Dharnai that can lead<br />
Bihar out of an endless energy crisis. Our<br />
next step will be to persuade and impel the<br />
Bihar government to scale up and replicate<br />
the model at the state-level and put Bihar on<br />
a novel but sustainable development path<br />
powered by clean energy.<br />
Greenpeace India starts laying out the electricity cables for street lights in Dharnai.<br />
This is first time in decades that Dharnai’s streets will be lit up © SUBRATA BISWAS/greenpeace<br />
14<br />
MEDIA MANUAL | Micro-grid in Dharnai
Why Dharnai in Bihar?<br />
After an extensive field <strong>res</strong>earch and<br />
villagers maintain a prog<strong>res</strong>sive attitude. The total land holding is<br />
assessment based on various feasibility 1,500 bigha xxvii and the villagers have their agriculture activities in<br />
criteria, Greenpeace selected Dharnai village around 1,200 bigha. Agriculture has been the predominant economic<br />
panchayat in the Makhdumpur block of activity in the village and there has been a substantial energy demand<br />
Jehanabad district in Bihar. The village is from irrigation for agriculture. Our survey shows that about 4,03,125<br />
located 80km from Patna (on the Patna- cubic meters of water is required annually for irrigation purposes<br />
Gaya highway) and also has a railway and cumulatively the expenses for irrigation is about Rs. 12,54,000<br />
station, Barabar Halt. There are around 450 annually. With increasing diesel prices, these expenses will continue to<br />
households in the village with a population rise further.<br />
of around 2,400 people.<br />
The village settlement area, comprising houses, shops and other<br />
Thirty years ago, due to various reasons, the buildings, is around 100 bigha. This has substantial number of<br />
village lost its electricity infrastructure. Since shops with various commercial activities, like local eat-outs, bank,<br />
then, the villagers have suffered due to lack etc., constituting the commercial demand for energy. The households<br />
of electricity and have been waiting to get are spread across the village into four clusters. The load from the<br />
electricity back to the village.<br />
households mainly depend on lighting, use of fan, mobile charging<br />
and in some cases television. All these make Dharnai an ideal case for<br />
However, despite the lack of electricity, the Greenpeace’s demonstrative project.<br />
LOCATION<br />
Located between Patna-Gaya<br />
highway and Barabar Halt railway<br />
station, 80 kms away from Patna<br />
Population<br />
Around 2,200<br />
No. of households<br />
4 clusters comprising<br />
450 households<br />
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15
How will the micro-grid operate?<br />
The micro-grid runs on solar-powered photovoltaic panel system<br />
installed on the roof-top of government buildings, private buildings<br />
and <strong>res</strong>idences. There is a battery bank with smart inverter in each<br />
cluster. Each cluster is divided into 20 kW, has total 70 kW<br />
No. of Solar<br />
–Panels<br />
No. of<br />
Batteries<br />
No. Of<br />
Inverters<br />
No. of<br />
house-holds<br />
280 224 15 500 10<br />
capacity for the lighting and 30 kW for<br />
minor irrigation purposes. Irrigation is<br />
through installation of 10 solar pumps with<br />
a capacity of 3 horsepower each.<br />
No. of Pumps,<br />
3 hp Total-100 Kw<br />
Who will take care of the operation and<br />
maintenance?<br />
The micro-grid will be operated and maintained by BASIX and CEED<br />
with the help of village electrification committees. Greenpeace will play<br />
an active role in training of the community so<br />
that they can maintain the micro-grid.<br />
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What is BASIX and CEED and what are their roles?<br />
CEED or Centre for Environment and Energy to rural poor households under one umbrella. They have recently<br />
Development, rep<strong>res</strong>ents a network of NGOs, ventured into energy services for the poor through BASIX Urja and<br />
CSOs, think-tank organisations in Bihar to they aim to focus on micro-grid based energy delivery in the future.<br />
support renewable energy development in http://www.basixindia.com/<br />
the state. CEED is primarily supported by<br />
Greenpeace and is working on the Dharnai The Operator (BASIX Urja) will serve three major functions: community<br />
project towards garnering grassroot-level engagement; operation and maintenance; and payment collection.<br />
support and building awareness about microgrids<br />
and enhancing energy access in the Community Engagement – Community mobilisation and awareness<br />
state of Bihar.<br />
raising activities like face-to-face interactions and demonstration<br />
http://ceedindia.org/<br />
at group meetings, village meetings, etc., will be organised in order<br />
to communicate functions and benefits to potential users. These<br />
BASIX is a livelihood promotion institution activities will continue even after the launch to further increase the<br />
established in 1996, working with over 3.5 number of users as well as to collect user feedback for improvement.<br />
million customers, over 90% being rural<br />
poor households and about 10% urban slum Operation and Maintenance – BASIX Urja’s trained local technician<br />
dwellers. BASIX works in more than 17 states will monitor the system performance on a daily basis; set up new<br />
across the country. Its mission is to promote connections (e.g. wiring, installing meters); provide the first level<br />
a large number of sustainable livelihoods, of support for technical problems; and conduct minor repair and<br />
including for the rural poor and women, maintenance work. For the major technical problems, such as<br />
through the provision of financial services equipment replacement, developer’s engineer will provide the second<br />
and technical assistance in an integrated level of support.<br />
manner. They strive to yield a competitive<br />
rate of return to its investors so as to be able Payment Collection – BASIX Urja will enrol domestic, commercial<br />
to access mainstream capital and human and agricultural users, keep track of electricity usage of each user,<br />
<strong>res</strong>ources on a continuous basis. BASIX also calculate the billing amount and collect fees from users on a regular<br />
provides a comprehensive set of livelihood basis. Multiple models and tools such as pre-payment and digital<br />
promotion services which include Financial meters are being tested and used in the market to reduce transaction<br />
Inclusion Services (FINS), Agricultural/ costs and increase payment rates and revenues. The team will<br />
Business Development Services (Ag/BDS) determine which ones are most appropriate for this project after the<br />
and Institutional Development Services (IDS) detailed analysis phase.<br />
Community Engagement<br />
Operation and Maintenance<br />
Payment Collection<br />
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BASIX and CEED have formed a consortium with Greenpeace to<br />
implement this project jointly with the help of the technical developer,<br />
Kripa Solar. Once the project is completed, it will be managed by<br />
BASIX Patna, who will be <strong>res</strong>ponsible to maintain and operate it.<br />
Greenpeace will use this model to advocate<br />
for further replication of such models in the<br />
state and communicate to government and<br />
policy makers to bring desired change in<br />
policy to further multiply it.<br />
What will be Greenpeace’s role once the<br />
micro-grid is set up?<br />
The objective of the micro-grid is also to discover a micro-grid<br />
management and ownership model that is operationally and financially<br />
sustainable. To create an environment that is conducive to large-scale<br />
development of smart renewable energy-based micro-grids across<br />
Bihar and the <strong>res</strong>t of India. Greenpeace will continue to campaign<br />
towards this aim.<br />
Greenpeace will also suggest a regulatory framework required<br />
for scaling up this concept. We will continue to prod the Bihar<br />
government to release a roadmap for upscaling and replicating the<br />
Dharnai model.<br />
On a functional level, the micro-grid in Dharnai has been setup by<br />
Greenpeace and we will continue to oversee<br />
the operations and maintenance of the<br />
micro-grid for the next few years. Greenpeace<br />
will be actively involved in the training of<br />
community in Dharnai in the maintenance<br />
and operation of the micro-grid. Once the<br />
community is fully trained to handle the<br />
micro-grid, a cooperative society will be<br />
setup. After the quality benchmark and<br />
fulfilling each and every legality, Greenpeace<br />
and BASIX will exit out of the day-to-day<br />
operations.<br />
Why do you think people in Dharnai will accept the<br />
micro-grid?<br />
Dharnai has all the ingredients for a success story but lacks<br />
access to energy that will drive the success. Having last seen<br />
electricity in 1981 and since then running from pillar to post to get<br />
an electricity line for their village, the micro-grid will be a game<br />
changer for Dharnai <strong>res</strong>idents.<br />
Moreover, the <strong>res</strong>idents have been spending thousands on unreliable<br />
and expensive kerosene and diesel for their energy needs. With<br />
How is it a community-driven project?<br />
Dharnai micro-grid has been set up with all due permissions from the<br />
gram sabha, panchayat and the people of Dharnai. Dharnai <strong>res</strong>idents<br />
have been involved in the project right from the start.<br />
We have taken explicit care so that <strong>res</strong>idents can make informed<br />
choices. The community has been part of the awareness drive as well<br />
the solar-powered micro-grid, they will get<br />
regular and sustainable supply of electricity.<br />
The tariffs have been fixed by the village<br />
electrification committees and BASIX in<br />
consultation with the <strong>res</strong>idents of Dharnai.<br />
It will be revised as per the mutual decision<br />
taken by the VEC and operators.<br />
as serious discussions about the tariff and<br />
the working of the micro-grid. The tariffs were<br />
in fact decided by the community itself after<br />
mutual understanding and discussions.<br />
The community is also part of the village<br />
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MEDIA MANUAL | Micro-grid in Dharnai
electrification committees that will handle the<br />
day-to-day running of the micro-grid. The<br />
village electrification committees will be the<br />
interface between the operators and the <strong>res</strong>idents. The committee<br />
members will not only decide on the demand of electricity and the<br />
usage but also collection of tariffs.<br />
A broken and dilapidated structure of what used to functional electricity poles and wi<strong>res</strong>.<br />
These structu<strong>res</strong> have not been revived in years ©Subrata Biswas/greenpeace<br />
How is it a bottom-up approach?<br />
Generally, we have seen that in the centralised electricity production<br />
system, the electricity load calculation forecast is based on the<br />
capacity of the power plant, which is in turn based on coal supply<br />
and the transmission and distribution losses. But in decentralised<br />
electricity system – in this case the micro-grid – the electricity load<br />
calculation totally depends on the requirement of one cluster or<br />
the load survey in one cluster. The micro-grid is a 100 kW system<br />
right now that can be scaled up as per the<br />
demand and requirement of the <strong>res</strong>idents.<br />
So instead of a fixed capacity that can cater<br />
to only certain requirements, the capacity of<br />
the micro-grid can be increased as per the<br />
demand. So it is one of the best case studies<br />
for the bottom-up approach.<br />
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19
What is the USP of this micro-grid? How is it unique?<br />
A first-of-its-kind…<br />
The USP of the micro-grid is its model – from darkness to light<br />
in three months. For 30 years, the village was deprived of a vital<br />
<strong>res</strong>ource like energy. This lifeline has been made available to them<br />
in just three months.<br />
The micro-grid empowers the people of Dharnai to not only meet their<br />
basic needs but also their aspirations. It gives the young opportunity<br />
to dream of not just a comfortable earning but hold the ambition of<br />
joining the world in its race to growth. Small-time businessmen who<br />
want to make it big by selling more. Farmers who want to innovate to<br />
get the best harvest.<br />
It provides electricity round the clock<br />
to a village that would otherwise never<br />
be electrified under the centralised grid<br />
paradigm. It provides electricity that not just<br />
gives <strong>res</strong>idents the basic fan and light but the<br />
power to fire their ambition.<br />
For the governments, it’s a model that can<br />
fulfil their governance goals, and for the<br />
financers it’s an investment opportunity.<br />
It is also lighting up one/two bulbs and one point.<br />
How is it different from other DRES?<br />
It is lighting up a bulb and a charging point for mobiles round-theclock.<br />
Most DRES systems provide electricity only for about 6-7<br />
hours. In addition, the micro-grid can be scaled-up so as to meet the<br />
aspirations of the <strong>res</strong>idents. So later if people<br />
buy televisions and other equipment, the<br />
micro-grid’s capacity can be increased.<br />
If people are not willing to buy electricity how will<br />
it be safe and secure? What will ensure the safety of<br />
the hardware (panels, wi<strong>res</strong>, poles)?<br />
First, the village electrification committees comprising of <strong>res</strong>idents<br />
of Dharnai will be in charge of the security of the micro-grid. Already<br />
more than half the households in the village have registered for buying<br />
electricity from the micro-grid. That in itself is a social protector.<br />
The society and the community that is using it will be the physical<br />
guarantee for the micro-grid. It is in their<br />
inte<strong>res</strong>t that the micro-grid continues to run.<br />
Especially, since they have struggled without<br />
electricity for the last 30 years.<br />
How is it an expandable model?<br />
The micro-grid is based on Greenpeace’s E[r] cluster approach, which<br />
we had recommended to the state government. Considering the cost<br />
and infrastructure involved, time taken for installation, catering to<br />
electricity requirement of a population of more than 3,000, it takes very<br />
minimum time, minimum investment and minimum infrastructure. Most<br />
importantly, it runs on minimum maintenance cost as compared to<br />
centralised grid-based electricity system.<br />
It is a social development-based energy business model. It is under<br />
community ownership, which add<strong>res</strong>ses not<br />
only the lighting needs of the village, but also<br />
includes irrigation, empowers women and<br />
BPL families, improves education, takes care<br />
of poverty alleviation and add<strong>res</strong>ses other<br />
issues.<br />
There are numerous funds under various<br />
government departments like panchayati<br />
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A solar powered street lamp seen at the Bishunpur tola, Dharnai Revenue Village © VIvek m/greenpeace<br />
MEDIA MANUAL | Micro-grid in Dharnai<br />
21
aj, rural development, energy department, rural infrastructure and<br />
Bihar Rural Livelihood Promotion Society projects (BRLPS). BRLPS<br />
is a registered body of government of Bihar, which is <strong>res</strong>ponsible for<br />
rural development with livelihood improvement mission, funded by the<br />
World Bank. These funds can be utilised for<br />
expanding and replicating Dharnai-like models.<br />
More so, because people are demanding<br />
access to electricity and the Dharnai model is<br />
about that.<br />
Is over-drawing of electricity possible in the<br />
micro-grid? If yes, how will it be managed?<br />
Though people have been educated about the micro-grid and about<br />
the technical issues involved, there can always be instances of overdrawing<br />
of electricity. This can lead to tripping of the micro-grid and<br />
hence electricity failu<strong>res</strong>. Metering will ensure that households don’t<br />
use more than the package they have purchased. Also, installation<br />
of smart electricity met<strong>res</strong> will ensure that<br />
over usage does not happen. These digital<br />
met<strong>res</strong> can’t be tampered with. Such met<strong>res</strong><br />
are essential for the smooth running of the<br />
micro-grid.<br />
How will we avoid theft and pilferages?<br />
Metering will ensure that households don’t use more than the package tampered with. Such met<strong>res</strong> are essential for<br />
they have purchased. Also, installation of smart electricity met<strong>res</strong> will the smooth running of the micro-grid.<br />
ensure that over-usage does not happen. These digital met<strong>res</strong> can’t be<br />
If generation of electricity is more than what is<br />
required, how will the micro-grid channelise the<br />
excess electricity?<br />
Greenpeace micro-grid is designed on the E[e] cluster approach<br />
where, in case of excess generation, power can be supplied to<br />
another cluster or village near the grid. Also, the micro-grid is<br />
designed to be grid interactive, which means that it can sell energy<br />
back to the centralised grid. So in future<br />
when the centralised grid is ready to buy back<br />
electricity from such micro-grids, Dharnai<br />
model will be ready.<br />
Will the generation of electricity and hence supply<br />
be affected during Monsoons or cloudy days? If<br />
yes, how will be the promise of round-the-clock<br />
electricity met?<br />
Yes, it is a challenge to supply round-the-clock electricity during<br />
prolonged rainy days, cloudy days and foggy season in winter. But<br />
we are checking the demand and supply management and will store<br />
the electricity in the battery bank when the generation is <strong>low</strong>. We<br />
will also regulate the supply and usage of electricity. Greenpeace,<br />
BASIX and CEED will also look at ways of<br />
complementing the electricity production<br />
through bio-mass so that it can be integrated<br />
into the system based on the demand.<br />
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What is the process to get the benefit from<br />
this project?<br />
The project will run as a private business<br />
model and will supply secure electricity to<br />
people when it is needed. However, there<br />
are set of rules which need to be adhered to<br />
get the maximum benefit out of the project.<br />
The community neesd to provide maximum<br />
support to the project as it is for direct benefit<br />
of the village.<br />
First and foremost, in order to enhance the effectiveness, a nominal<br />
joining fee will be charged so that the community can also provide<br />
guarantee to equipment and machinery. Inte<strong>res</strong>ted households<br />
can approach the local office in the village to get connection after<br />
depositing the joining fee and form. Based on the assessment and<br />
requirement, electricity connection will be provided which comes with<br />
an electricity meter.<br />
What all equipment can one run on the connection<br />
one takes?<br />
Whatever machines need to be used by the<br />
customers, they should get prior approval<br />
or agreement with the operators, BASIX and the village electrification<br />
committees. There will be technical people to advice on what sort of<br />
machinery can be used.<br />
Is there any risk in terms of electrical shock?<br />
There are very less chances of severe<br />
electricity shocks as these systems are <strong>low</strong><br />
voltage and not high voltage, and as part of<br />
the installation process we will be giving safety demonstrations<br />
and ensure equipment used are shock-proof. Also, there will be<br />
technical people in the village who will be <strong>res</strong>ponsible for handling<br />
these situations.<br />
Who will be <strong>res</strong>ponsible for such risk?<br />
The company will not be <strong>res</strong>ponsible for<br />
any person being impacted by shocks or<br />
accidents, as it would be the fault of the<br />
person. The company will only be <strong>res</strong>ponsible for the successful<br />
operation of the plant and ensure it provides the agreed quantity of<br />
energy.<br />
Who will be <strong>res</strong>ponsible for technical assistance?<br />
The operating company, BASIX, will be will take care of any technical aspects that may arise. BASIX will be<br />
<strong>res</strong>ponsible for the complete system and <strong>res</strong>ponsible for all the operation and maintenance work.<br />
What is the system or technology of this project?<br />
Currently, the project will be using solar supply to the village and it will use latest technology in terms of wi<strong>res</strong><br />
photovoltaic technology to produce energy to and metering system.<br />
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23
Who will be <strong>res</strong>ponsible for security and safety?<br />
BASIX, village electrification committee (VEC) and joint monitoring Before the complete handover, the village<br />
committee is <strong>res</strong>ponsible for the security and safety of the micro-grid electrification committee will be legally<br />
assets. All the assets have been insured against theft and accidents. registered under the society’s act. That is the<br />
For keeping people engaged in the security of the assets, a joint body that will take decisions in case of theft or<br />
monitoring committee will be formed involving all stakeholders. damage of assets.<br />
What about efficient use of electricity and water?<br />
We will provide the most efficient systems for both lighting and use water in a conservative manner.<br />
pumping solutions. We will also advocate the usage of drip irrigation to<br />
What will happen to the current solar equipment<br />
being used by the villagers?<br />
These systems will be separate and not part of our system, customers<br />
are free to utilise them for their personal usage. We can provide<br />
technical advice on how best to utilise them<br />
without affecting the micro-grid system.<br />
Will you distribute solar pumps for the agriculture<br />
farms or the same electrical pumps will run?<br />
The entire system will be installed by the company and there will be<br />
a pay-per-use process, i.e., customers will pay as much as they use.<br />
The tariffs will be fixed accordingly and informed in prior notice. There<br />
will be advice on how the old pumps can be<br />
used and what sort of agricultural practices<br />
can happen.<br />
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Tariff, Funding<br />
and maintenance<br />
MEDIA MANUAL | Tariff, Funding and Maintenance 25<br />
© VIVEK M/greenpeace
What is the tariff structure?<br />
Electricity services will be provided according to fol<strong>low</strong>ing packages:<br />
Package I: 1 LED light of 6W, mobile charging point of 12W and Solar Street Light<br />
Total consumption of electricity<br />
18W<br />
Total monthly unit consumed<br />
8 UNIT<br />
Rate per unit Rs 9.50<br />
Monthly tariff Rs 75<br />
Security deposit Rs 300<br />
Wiring cost Rs 300<br />
Package II: 3 LED light of 6W each, mobile charging point of 12W and solar street light<br />
Total consumption of electricity<br />
30W<br />
Total monthly unit consumed<br />
13 UNIT<br />
Rate per unit Rs 11<br />
Monthly tariff Rs 140<br />
Security deposit Rs 500<br />
Wiring cost Rs 500<br />
Note:<br />
1. Extra light will be charged @ rate of Rs 35 per month<br />
2. Customer joining under Package I and asking for two bulbs will be considered as Package II category and<br />
accordingly the customer has to pay the security deposit and wiring fee.<br />
3. All other appliances like fan, TV, etc., will be charged as per Package II unit rate. For example, a fan of 40W will<br />
consume 15 units (approx.), if it runs for 12 hours every day.<br />
4. Appliances like heater, iron, geyser, cooler, air conditioner, cooker, toaster, etc., will not be al<strong>low</strong>ed to be used under<br />
this project. Customers are requested to check with the local project office about such appliances.<br />
Commercial Package: I LED light of 6W, mobile charging point of 12W and solar street light<br />
Total consumption of electricity<br />
18W<br />
Total monthly unit consumed<br />
9 UNIT<br />
Rate per unit Rs 13<br />
Monthly tariff Rs 115<br />
Security deposit Rs 1,000<br />
Wiring cost<br />
As per actual<br />
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Note:<br />
1. Each commercial establishment will have energy plan and accordingly their monthly rental will be fixed.<br />
2. Extra light point will be charged @ rate of Rs 40 every month.<br />
3. All appliances like TV, computer, printer, etc., for commercial establishment will be charged @ Rs 13. For example, a<br />
fan of 40W will consume 15 units (approx.), if it runs for 12 hours every day.<br />
4. Appliances like heater, iron, geyser, cooler, air conditioner, cooker, toaster, etc., will not be al<strong>low</strong>ed to be used under<br />
this project. Customers are requested to check with the local project office about such appliances.<br />
The consumers will be charged on a monthly<br />
basis to make sure that they get secured<br />
quality supply of electricity. It is important<br />
that each consumer pays in time to ensure<br />
that the project is successful and it helps<br />
people bring a positive change in their life. A<br />
timely payment will help us to serve better.<br />
At any given point of time, the rate will be much cheaper (three time)<br />
than any other existing micro-grid project in India. The rate will also<br />
be determined based on the sustainability, affordability and reliability<br />
for all. In all probability, a consumer will still be paying less than their<br />
current energy bill.<br />
Is the rate of electricity same for rich person<br />
or poor?<br />
The rates are not based on rich or poor,<br />
but based on category like household,<br />
commercial and agricultural usage. The rate<br />
for the services is not classified based on any class but based on its<br />
type and quantity of usage (number of units of electricity used).<br />
Who will pay for common facilities like street<br />
lighting or for Panchayat Bhawan or schools?<br />
The project team in consultation with the local<br />
body such as gram sabha will decide the<br />
mode of payment. In ideal scenario, we would<br />
require each user to pay from their pocket.<br />
For example, school needs to pay from their<br />
fund, but for street lighting the fee can be shared by the villagers.<br />
This should be implemented with the help of the gram sabha.<br />
However, the project team will have no problem if the gram sabha<br />
takes the <strong>res</strong>ponsibility of making payment for all common facilities<br />
in the village.<br />
You say that solar is getting cheaper. Will the tariff<br />
be reduced in the coming years?<br />
Tariff was set in consultation with the village<br />
<strong>res</strong>idents. Future tariffs will again be revised<br />
in consultation with the users. Village<br />
electrification committees will also play an<br />
important role here.<br />
The tariff is dynamic in nature and will be determined on periodic basis<br />
in consultation with all stakeholders, including community; therefore a<br />
rate card will be published on a regular basis in consultation with and<br />
approval of the gram sabha.<br />
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27
What was the process adopted to come to the current<br />
tariff? Is there willingness to pay?<br />
The tariff was decided by the village electrification committees and<br />
BASIX in consultation with the <strong>res</strong>idents of Dharnai. To begin with,<br />
Greenpeace had met the four Village Electrification Committees<br />
(VECs) with a draft tariff structure. The VECs in turn took feedback<br />
from communities and tolas they rep<strong>res</strong>ent on the tariff structure.<br />
Once a consensus was built on the tariff structure, there was a <strong>final</strong><br />
meeting with the panchayat and the sarpanch. The tariff structure was<br />
<strong>final</strong>ised and signed by all four VECs, BASIX and panchayat.<br />
VECs and operator can revise the tariff based on the maintenance<br />
and operation cost after the same process of<br />
consultation with all villagers.<br />
As per Electricity Act, 2003 and Bihar<br />
Electricity Regulatory Commission norms, the<br />
tariffs can be decided after mutual agreement<br />
of villagers and operator. So every household<br />
will have to give their agreement on the tariff<br />
for it to be <strong>final</strong>ised.<br />
electricity from the micro-grid is more expensive<br />
than the electricity available from the grid. How<br />
do you intend to make the micro-grid sustainable?<br />
Yes, currently the electricity from the micro-grid is more expensive<br />
than the electricity provided by the centralised grid. However, the<br />
question here is of access to electricity or no electricity at all.<br />
Moreover, if the external costs of a centralised grid-based power<br />
system are added, it is far more unsustainable than a decentralised<br />
system. Hence, the crucial question that faces us is – how long can<br />
we continue to bear the burden of a flawed and intensive setup? It is<br />
only obvious to shift to a smarter and less complicated structure that<br />
truly delivers.<br />
The main source of income for villagers in<br />
Dharnai is agriculture. The per capita income<br />
of the village is very high, except for the 75<br />
BPL [be<strong>low</strong> the poverty line] households.<br />
As per our survey, the willingness to pay is<br />
very high in Dharnai. Also, a village that did<br />
not have electricity for 30 years will see the<br />
benefits of 24x7 electricity supply.<br />
How were the electrification committees formed?<br />
The micro-grid divides Dharnai in four clusters and each cluster (tola) Combining the four VECs, a cooperative<br />
has a mix of all castes and both be<strong>low</strong> poverty line and above poverty society will be formed for Dharnai, which<br />
line families. For each tola, there is a Village Electrification Committee will have a chairman, deputy chairman,<br />
(VEC) which comprises 20 members – five working group members secretary and treasurer. This cooperative<br />
with the chairman, deputy chairman, and secretary. To ensure gender society will look at the overall development<br />
balance, each VEC working body has three female members. Each of the micro-grid regarding financial<br />
VEC is <strong>res</strong>ponsible for the maintenance and security of the microgrid<br />
infrastructure and the dispute between consumers in their tolas. security and maintenance.<br />
returns, tariffs and consumer disputes,<br />
In total, there will be four VECs in Dharnai to look after the overall<br />
running of the micro-grid.<br />
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MEDIA MANUAL | Tariff, Funding and Maintenance
Paying Rs 10 a day for mobile charging is different<br />
from paying a larger amount per month. How are you<br />
taking that into account?<br />
As mentioned earlier, Dharnai has been<br />
without electricity for 30 years. They have<br />
been dependent on expensive and inefficient<br />
fuels like kerosene and diesel. Some have<br />
even bought single solar panels to light a bulb<br />
or power a television.<br />
They can understand and have realised the benefits of round-theclock<br />
electricity. According to an estimate by the International Energy<br />
Agency, the 300 million people without access to electricity in India<br />
spend over $60 billion annually on inefficient and obsolete sources of<br />
energy like kerosene. This indicates there is willingness to pay even<br />
amongst the poor. xxviii<br />
What if people refuse to pay the tariffs or are<br />
unable to pay?<br />
At the time of applying for a connection, the<br />
consumer enters into an agreement with the<br />
VEC and the operator. The agreement lists<br />
out the terms and conditions, which include<br />
dues. In case of non-payment of dues, the VEC of that particular<br />
tola will take up the case and decide to disconnect the electricity<br />
connection and also <strong>res</strong>erve the security money deposit. The VEC and<br />
the operator will take the decision in case of non-payment of dues.<br />
disconnection in case of non-payment of<br />
In your inaugural p<strong>res</strong>s conference, you said it will<br />
be cheaper than other micro-grids. How?<br />
The tariffs under the micro-grid in Dharnai<br />
start from Rs 9.50 per unit and go up to Rs<br />
13 per unit. Most micro-grids are currently<br />
charging above the current rate of unit we are charging. Moreover, we<br />
also supply more power than other micro-grids.<br />
Greenpeace solar-<br />
Other solar-based<br />
Husk-based micro-<br />
People<br />
People<br />
based micro-grid<br />
off-grid micro-<br />
grid model in<br />
engagement in<br />
engagement in<br />
tariff<br />
grid models in<br />
Bihar<br />
Greenpeace micro-<br />
other solar-based<br />
different parts of<br />
grid model<br />
microgrid model<br />
the country<br />
in different parts<br />
of the country<br />
Rs 9 per unit<br />
Rs 30 per unit<br />
Rs 20 per unit<br />
Tariff decided as<br />
No people<br />
minimum tariff for<br />
minimum tariff for<br />
tariff<br />
per the people<br />
participatory<br />
household<br />
household<br />
participatory<br />
method used in<br />
method<br />
other micro-grids<br />
Source: E[r]cluster report, MNRE data.<br />
MEDIA MANUAL | Tariff, Funding and Maintenance<br />
29
Inside the mukhiya’s house, lit up by solar powered CFLs ©VIvek m/greenpeace<br />
30 MEDIA MANUAL | Tariff, Funding and Maintenance
What will be the running costs?<br />
The total investment in the micro-grid is operational cost will be around 13 lakh each year to maintain and<br />
Rs 2.75 crore. The total maintenance and operate the system.<br />
Is Greenpeace earning anything from this project?<br />
Greenpeace is a non-profit organisation. It decentralised renewable energy system, like the micro-grid in Dharnai<br />
does not earn from its campaigns. The microgrid<br />
is part of our campaign to<br />
is a demonstration of our solution to India’s energy access problems.<br />
showcase<br />
You will set up an irrigation pump set. How will it<br />
work?<br />
The solar-powered irrigation pump sets have<br />
been installed by BASIX in consultation with<br />
the VECs. The tariff has been fixed by the<br />
VECs on a per hour usage basis. The water pump sets will also<br />
work on the franchise model so that local entrepreneurship can<br />
be developed.<br />
What is the cost of the irrigation pump set? What is<br />
the tariff?<br />
The cost of one pump set is about Rs 3.5<br />
lakh. The tariff is not decided yet by the VECs and BASIX.<br />
How and from where is Greenpeace raising funds for<br />
the micro-grid?<br />
The process of raising funds mainly involves<br />
contacting existing supporters. Based on the<br />
work we have done in Dharnai as part of our<br />
Climate and Energy campaign, we pitch for<br />
funds from existing and new supporters. This<br />
is done after studying their giving pattern and inclination towards a<br />
particular cause and Greenpeace projects. We also regularly <strong>res</strong>earch<br />
and look for potential donors who can possibly contribute to our<br />
projects like people from IT background, Forbes Indian 100 list,<br />
people from solar industry, RE sector, etc.<br />
When does the project break even?<br />
The project is not designed to make profits be sustainable from a long-term perspective. Hence, the tariffs are not<br />
(as there is no element of subsidy or financial designed to make profits from this project, as it’s a pilot project and<br />
incentive included in this – the project is Greenpeace is a non-profit organisation. What this pilot intends to do<br />
completely funded by Greenpeace). The is establish a working model at <strong>low</strong>est tariffs (sufficient for the project<br />
tariffs are designed to meet the operation to be sustainable) and provide the basis for designing an appropriate<br />
and maintenance costs for the micro-grid to financial mechanism and incentive for enable financial breakeven for<br />
micro-grid projects.<br />
MEDIA MANUAL | Tariff, Funding and Maintenance<br />
31
Investor-friendly<br />
micro-grid<br />
32<br />
MEDIA MANUAL | Investor-Friendly Micro-grid<br />
© VIVEK M/greenpeace
How is it a business model?<br />
The micro-grid is designed to be sustainable designed to prove that micro-grids can operate and generate revenue<br />
from a long-term perspective, that is,<br />
to ensure sustainability. However, with the right financial incentive<br />
to provide for efficient operation and<br />
from the government, it can become an attractive business with huge<br />
maintenance of the micro-grid. The model is potential for providing energy to rural households.<br />
Why do you think investors will be inte<strong>res</strong>ted in<br />
investing in a micro-grid meant for rural areas?<br />
Off-grid electricity systems or DRES is<br />
already a billion-dollar market in India.<br />
According to the World Resources Institute,<br />
the off-grid energy access market in India<br />
lies mostly amongst the 114 million poo<strong>res</strong>t<br />
households of the country that earn less than<br />
$2 a day. Decentralised renewable energy<br />
holds an annual market of $2.4 billion and the<br />
solar home lighting market is estimated to be around $27.4 million. xxix<br />
In terms of opportunity for the investors, even at a peak demand<br />
of 1 kWh per household, by 2020 the country will have 100 million<br />
households still without access to electricity. There is thus a 100GW<br />
opportunity to serve this market with off-grid energy. The Off-Grid<br />
Business Indicator report released by the Solar Energy Foundation<br />
ranks India highest among the top five off-grid markets in the world. xxx<br />
Once Greenpeace is out of the day-to-day running of<br />
the micro-grid, how will it get investment routed to<br />
micro-grids?<br />
The objective behind setting up the microgrid<br />
was to establish an investor-friendly<br />
business model that ¬attracts financers.<br />
Besides, a host of policy changes and<br />
regulatory mechanisms will be required to<br />
make it an overall success. Greenpeace will<br />
be campaigning to get the Bihar government<br />
to announce a pathway to replicate the<br />
micro-grid. This, along with priority to<br />
DRES, will help in creating an environment conducive for investment.<br />
Greenpeace will also be pushing the investor and business community<br />
to invest in DRES.<br />
Greenpeace will use the Dharnai model to campaign with the finance<br />
and investment community to put more funds in similar DRES models.<br />
The success of this model will also enable the Bihar government to<br />
p<strong>res</strong>ent this model under UNFCCC’s Nationally Appropriate Mitigation<br />
Actions (NAMA) proposal for financing of DRE.<br />
MEDIA MANUAL | Investor-Friendly Micro-grid<br />
33
The way ahead<br />
34<br />
MEDIA MANUAL | The Way Ahead<br />
Solar panels atop the Panchayat Bhavan, Dharnai Revenue Village © VIVEK M/greenpeace
What are your plans once the micro-grid<br />
is established?<br />
Dharnai micro-grid is one of the biggest<br />
demonstrations of solution work by<br />
Greenpeace, and at the end of the project<br />
Greenpeace aims to develop an iconic and<br />
exemplary DRES model.<br />
Greenpeace will use this model to get the<br />
government to announce policy measu<strong>res</strong><br />
and a separate legislative policy framework<br />
for distributed electricity delivery system by<br />
showcasing successful on-ground feasibility<br />
and viability. Thus, securing and enhancing<br />
investment in DRES.<br />
We will use this model to campaign and convince the government to<br />
replicate the model at a wider scale in Bihar. Greenpeace will prod the<br />
government to establish a pathway to replicate the model.<br />
The success and impact of the Dharnai model will support and<br />
enhance investment in DRE systems. This will be through campaigning<br />
for investment in favour of this alternate and sustainable model of<br />
growth. It will also be used to enable Bihar’s proposal for climate<br />
finance under the NAMA proposal in favour of similar projects.<br />
We will continue to raise awareness amongst villages in Bihar so that<br />
they can also demand an energy revolution akin to Dharnai.<br />
How is it a replicable model?<br />
The way the micro-grid has been designed, be connected to a smart-grid anytime.<br />
it can be put up anywhere within three<br />
months without massive land and other The Dharnai model is based on Greenpeace’s E (r) cluster report. It is a<br />
<strong>res</strong>ources. All that is required is policy modular system that uses standard components and hence is easy to<br />
support and government will to execute it. replicate across wide areas with varying geographic characteristics.<br />
The tariffs and operation and maintenance<br />
are all in consultation and agreement with However, detailed <strong>res</strong>ource assessment, cost evaluation, demand<br />
the <strong>res</strong>idents, making it an inclusive model. profile forecast and power system simulations are required to see if a<br />
Moreover, it is grid-interactive and hence can particular micro-grid design is viable in a specific location. xxxi<br />
Solar panels installed on the Kisan Training Centre In Dharnai Revenue Village<br />
© ravi sahani/greenpeace<br />
MEDIA MANUAL | The Way Ahead<br />
35
The Bihar government is busy trying to get coal<br />
linkages and nuclear power plants and buying<br />
electricity from other states. Why is it not thinking<br />
the DRES way?<br />
The state government is looking at DRES in big way. It has already<br />
announced different programmes and has done large investments<br />
within four years on renewable energy, especially DRES. The state<br />
Name of Department<br />
Education<br />
Fisheries<br />
Urban Development<br />
Minor Irrigation<br />
Energy – BREDA<br />
PHED<br />
Chief minister house<br />
Chief justice house<br />
Bihar government secretariat, Patna<br />
Bihar police<br />
Cooperative<br />
Energy<br />
government has already announced and<br />
started different schemes in different<br />
departments.<br />
TYPE OF SCHEME<br />
Solar roof-top - 4115 school will be covered<br />
Niche machli upar bijli project - 100 MW<br />
Solar street light programme - 18 cities<br />
Solar pumps scheme with NABARD<br />
Saur Sichaie Yojana<br />
Solar-powered pumps for drinking water<br />
Solar roof-top - 70 kW<br />
Solar roof-top - 70 kW<br />
Solar roof-top<br />
All jails solar roof-top based micro-grid<br />
All PACS [primary agriculture cooperative society<br />
office in each district on bio-mass solar powered]<br />
Street light programme with rural development<br />
department<br />
What role will the government need to play to<br />
support the expansion of micro-grids?<br />
The government of Bihar will need to launch a dedicated programme<br />
for proving energy access through renewable energy-based microgrids.<br />
The government will have to add<strong>res</strong>s various barriers such<br />
as financial, legal and policy, institutional<br />
and technological barriers to facilitate the<br />
expansion of micro-grids based on renewable<br />
sources in the state of Bihar.<br />
Villages have never been on the radar of the<br />
governments. Why do you think the government will<br />
now show inte<strong>res</strong>t in the micro-grid especially for<br />
rural electrification?<br />
Villages house about 72 per cent of the country’s population. Hence<br />
it is a huge vote bank, a large area to be governed, a huge potential<br />
for revenue and growth. All these factors can no longer be ignored.<br />
As Dharnai displays, villages are no longer<br />
content agricultural setups. They are raring to<br />
go, are new markets and hold a tremendous<br />
36<br />
MEDIA MANUAL | The Way Ahead
potential for development and growth.<br />
India will have to develop its rural areas if<br />
it intends to sustain its GDP and growth. And energy access will be a<br />
crucial factor for all this to happen.<br />
With the money and politics around coal, why do you<br />
think governments will show inte<strong>res</strong>t in renewables?<br />
There is no doubt that renewables is where<br />
the money is and where the market is.<br />
The other sources of energy like coal and<br />
nuclear are no longer investment friendly.<br />
The renewable energy market is growing<br />
and the investments are also increasing<br />
(over $200 billion globally and around $6<br />
billion in India according to a report – Global<br />
Trends in Renewable Investment), and also<br />
the fact that the energy access market or the off-grid renewable<br />
energy market is estimated to be around $2 billion. With the rapid<br />
pace at which renewables are growing and the pace at which they are<br />
completed, they are increasingly attracting investors as the cost of<br />
financing for renewables is way much <strong>low</strong>er than conventional energy,<br />
at least in India, where the cumbersome process and clearances<br />
required for conventional power is making it unviable. In this scenario,<br />
governments are more likely to consider renewable for energy access.<br />
Considering that the cost of micro-grid electricity<br />
is expensive than the grid electricity, why will the<br />
government risk its vote bank by taking up the case<br />
of expensive electricity?<br />
Putting the costs in perspective,<br />
1. The price of coal is constantly rising. With limited coal <strong>res</strong>erves, the state-run Coal India has been unable to meet<br />
its target for six years in a row, and with power producers looking for expensive imported coal, tariffs are bound<br />
to increase. xxxii There has been a 50% rise in the cost of international procurement of coal for Indian power<br />
producers since 2004. xxxiii In the last 10 years power generation prices have risen by more than 300 per cent. xxxiv<br />
As a <strong>res</strong>ult, utilities have passed on the costs to consumers. Subsidised power users like Delhi have seen a rise in<br />
power tariffs by more than 25 per cent in the last few years. xxxv<br />
2. Meanwhile, quietly and steadily, prices for renewables are coming down. At the beginning of 2011, the cost of a<br />
ground-mounted MW-scale solar power project in India was around INR 14m (EUR 2.15m, USD 2.8m) per MW.<br />
Today, this has fallen by almost 50% to around INR 7m (EUR 1m, USD 1.4m) per MW. The cost reduction has been<br />
driven largely by a drop in module prices from USD 1 per watt in 2011 to USD 0.65 per watt today. xxxvi Module<br />
prices have fallen globally largely due to a condition of acute oversupply. Against global demand for 30-35 GW of<br />
solar power in 2012, available supply was 50-60 GW, most of it from China. xxxvii<br />
The cost to the Bihar government in procuring<br />
electricity is Rs 8.84/unit and the power is<br />
distributed at Rs 4.11/unit. Clearly, this is<br />
<strong>res</strong>ulting in huge losses for the state-run<br />
utilities and leading to the systematic failure<br />
of the sector in the state.<br />
It is the prerogative of the government to provide electricity to the<br />
people. If there is power to villages through a bottom-up approach,<br />
the vote bank in much happier and this is a win-win situation for<br />
politicians.<br />
MEDIA MANUAL | The Way Ahead<br />
37
What will be Greenpeace’s role in the policy<br />
framework?<br />
Greenpeace will showcase this model to advocate for the right<br />
policy framework required for further large-scale replication and<br />
expansion of such models across the state of Bihar, and communicate<br />
to all stakeholders the benefits of a bottom-up approach to rural<br />
electrification.<br />
Greenpeace will play the role of a catalyst – to garner support for this<br />
approach towards electrification and engage with key stakeholders<br />
to work towards ensuring that the government of Bihar will include<br />
renewable energy-based micro-grids as a means for providing rural<br />
energy access.<br />
38<br />
MEDIA MANUAL | The Way Ahead
i<br />
ii<br />
iii<br />
iv<br />
http://www.greenpeace.org/india/en/about/<br />
Providing Energy Access To Rural Bihar: An Analysis And Policy Options, Dr Anjula Gurtoo, IISc, Bangalore<br />
http://www.worldenergyoutlook.org/<strong>media</strong>/weowebsite/energydevelopment/weo2011_energy_for_all.pdf<br />
http://web.worldbank.org/WBSITE/EXTERNAL/TOPICS/EXTENERGY2/0,,contentMDK:22855502~pagePK:210058~piPK:210062~<br />
theSitePK:4114200,00.html<br />
v<br />
vi<br />
vii<br />
viii<br />
http://en.wikipedia.org/wiki/Electricity_sector_in_India<br />
http://en.wikipedia.org/wiki/Electricity_sector_in_India<br />
http://planningcommission.gov.in/plans/planrel/12thplan/pdf/12fyp_vol2.pdf<br />
Researchjournali’s Journal of Economics, Vol 2, Jan 2014, Power Sector Plan Outlay and Expenditure in India, Ningappa<br />
Koujageri, Honakeri P M<br />
ix<br />
Sreekumar N and Shantanu Dixit, “Rajiv Gandhi Rural Electrification Program- Urgent Need for Mid-course Correction.” Prayas<br />
Energy Group, Pune, India, July 2011.<br />
x<br />
xi<br />
xii<br />
xiii<br />
xiv<br />
xv<br />
http://www.downtoearth.org.in/content/growth-renewable-energy-india<br />
http://indiatoday.intoday.in/gallery/coal-scam-how-india-lost-rs-1.86-lakh-cro<strong>res</strong>/1/7610.html<br />
http://www.thehindu.com/business/Industry/subsidies-for-power-distribution-firms-to-rise-to-rs-60000-cr/article5067904.ece<br />
Future of Coal Electricity in India and Sustainable Alternatives, World Institute of Sustainable Energy<br />
http://mospi.nic.in/<strong>res</strong>earch_studies_post_clearance.htm<br />
Equitable sharing of benefits arising from coal mining and power generation among <strong>res</strong>ource rich states, TERI, 2013, http://<br />
planningcommission.nic.in/reports/genrep/rep_mining_power_generation.pdf<br />
xvi<br />
xvii<br />
xviii<br />
xix<br />
xx<br />
xxi<br />
xxii<br />
xxiii<br />
xxiv<br />
xxv<br />
A citizen’s guide to energy subsidies in India, TERI, IISD, 2012<br />
http://www.firstpost.com/india/how-indias-coal-crunch-is-giving-a-boost-to-solar-energy-1412505.html<br />
Source: ARRs of Delhi DISCOMs<br />
http://www.indianpowermarket.com/2013/06/electricity-prices-to-further-increase.html<br />
Rooftop Revolution:<br />
Rooftop Revolution:<br />
http://www.reuters.com/article/2013/03/26/suntech-glut-idUSL3N0CG03820130326<br />
http://www.bridgetoindia.com/blog/off-grid-solar-lighting-market-in-india-set-for-take-off/<br />
http://www.bridgetoindia.com/blog/off-grid-solar-lighting-market-in-india-set-for-take-off/<br />
E (R) cluster for a Smart Energy Access: The role of micro grids in promoting the integration of renewable energy in India, page<br />
21-22.<br />
xxvi<br />
xxvii<br />
xxviii<br />
xxix<br />
xxx<br />
xxxi<br />
xxxii<br />
xxxiii<br />
xxxiv<br />
xxxv<br />
xxxvi<br />
xxxvii<br />
E (R) cluster for a Smart Energy Access: The role of micro grids in promoting the integration of renewable energy in India, page 23.<br />
Bigha – In Bihar, Bigha is a traditional unit of land &1 Bigha is equivalent to 20 Kattha each worth 1361 sq. ft. (126.44 m2).<br />
http://www.bridgetoindia.com/blog/off-grid-solar-lighting-market-in-india-set-for-take-off/<br />
http://www.bridgetoindia.com/blog/off-grid-solar-lighting-market-in-india-set-for-take-off/<br />
http://www.bridgetoindia.com/blog/off-grid-solar-lighting-market-in-india-set-for-take-off/<br />
E (R) cluster for a Smart Energy Access: The role of micro grids in promoting the integration of renewable energy in India, page 13.<br />
http://www.firstpost.com/india/how-indias-coal-crunch-is-giving-a-boost-to-solar-energy-1412505.html<br />
Source: ARRs of Delhi DISCOMs<br />
http://www.indianpowermarket.com/2013/06/electricity-prices-to-further-increase.html<br />
Rooftop Revolution:<br />
Rooftop Revolution:<br />
http://www.reuters.com/article/2013/03/26/suntech-glut-idUSL3N0CG03820130326<br />
MEDIA MANUAL<br />
39
Greenpeace is a global organisation that uses non-violent direct action to tackle the most crucial threats to<br />
our planet’s biodiversity and environment. Greenpeace is a non-profit organisation p<strong>res</strong>ent in 40 countries<br />
across Europe, The Americas, Asia and the Pacific.<br />
It speaks for 2.8 million supporters worldwide, and inspi<strong>res</strong> many millions more to take action everyday. To<br />
maintain its independence, Greenpeace does not accept donations from governments or corporations but<br />
relies on contributions from individual supporters and foundation grants.<br />
GREENPEACE INDIA SOCIETY<br />
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