Canadian Solar - Make The Difference Magazine
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Experience the stories of how we make the difference to people’s lives at work, at home and to the environments they inhabit: http://www.canadiansolar.com
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MAKE<br />
THE<br />
DIFFERENCE
Imprint: “<strong>Make</strong> the difference”<br />
<strong>Canadian</strong> <strong>Solar</strong> Inc., 545 Speedvale Avenue West Guelph, Ontario, Canada N1K 1E6<br />
www.canadiansolar.com, support@canadiansolar.com
DEAR READER<br />
This magazine showcases the difference <strong>Canadian</strong> <strong>Solar</strong><br />
makes to its customers, its employees, the environment<br />
and all those whose lives are touched by our brand.<br />
I believe the stories featured here make for interesting<br />
reading whether one is part of the solar industry or<br />
not. This is because they illustrate the power of solar to<br />
change lives and the planet we call home for the better.<br />
I hope you enjoy reading this magazine as much as<br />
we have enjoyed being part of the stories behind it.<br />
If you have an insight or interesting story to add, I’d<br />
be grateful if you’d share it with me.<br />
Sincerely,<br />
Dr. Shawn Qu.<br />
Founder and CEO, <strong>Canadian</strong> <strong>Solar</strong><br />
03
MAKE<br />
THE<br />
DIFFERENCE<br />
04
CONTENT<br />
<strong>The</strong> <strong>Canadian</strong> <strong>Solar</strong> Stories 06<br />
About <strong>Canadian</strong> <strong>Solar</strong> 52<br />
Product Range 54<br />
Locations & Contact Details 58<br />
05
Orcas enjoy a sunset cruise off the solar powered OrcaLab Whale Research Centre at Alert Bay, British Columbia.<br />
06
ALERT BAY, CANADA 3.04 kWh per m 2 per day<br />
WHEN TRACKING<br />
ORCAS, SOLAR<br />
SHOWS THE WAY<br />
<strong>Canadian</strong> <strong>Solar</strong> now powers the world-renowned OrcaLab<br />
Whale Research Center, situated on a remote island near<br />
Alert Bay off the British Columbia coast in Canada.<br />
“Thanks to fantastic donations of solar panels and hardware from<br />
<strong>Canadian</strong> <strong>Solar</strong> Industries (CSI), OrcaLab has a new and vastly<br />
improved solar energy capacity,” said Dr. Paul Spong, the whale<br />
expert and researcher who founded the facility in 1970. “Almost<br />
unbelievably… we are now virtually free from the need to run a<br />
generator for hours every day to keep our systems running. Life<br />
has changed at OrcaLab, and for the better,” he said.<br />
OrcaLab‘s work centers on research and conservation issues –<br />
preservation of orca habitat; release and rehabilitation of captive<br />
cetaceans, and bringing commercial whaling to an end. Its<br />
operations are centered on the philosophy that it’s possible to<br />
study the wild without interfering with lives or habitat. To this end<br />
a network of hydrophones (underwater microphones) and cameras<br />
positioned around the orcas‘ core-habitat, helps monitor their<br />
movements year-round. <strong>The</strong> newly donated solar system allows<br />
the off-grid OrcaLab to power its monitoring system with solar<br />
energy, while cutting generator use and fuel costs dramatically.<br />
Further, it increases battery performance, expands the range<br />
of hydrophones and cameras, as well as improves amenities for<br />
summer volunteers.<br />
An added advantage of the solar system is that is requires minimal<br />
maintenance when compared to generators and lasts for<br />
decades. In addition to its primary functions, the solar solution<br />
on the island will help reduce carbon emissions from the generators<br />
by 1.5 to 2 tons per year. “We are honored to be involved in the<br />
ground-breaking OrcaLab foundation‘s research,” said Shawn Qu,<br />
chairman and CEO of <strong>Canadian</strong> <strong>Solar</strong>. “And we are proud to be<br />
able to help advance the team‘s ambitious work through this latest<br />
exciting application of solar energy,” he said. “As an industry<br />
leader, <strong>Canadian</strong> <strong>Solar</strong> strives to also lead in philanthropic efforts<br />
with organizations around the world, and this is why we are<br />
delighted to support OrcaLab,” added Qu.<br />
07
SOLAR PARK<br />
OR BIODIVERSITY<br />
PRESERVE?<br />
When it comes to improving the environment<br />
solar can offer a lot more than clean energy.<br />
<strong>Solar</strong> farms have also been shown to offer protection<br />
to rare species of birds, animals,<br />
plants and to foster biodiversity.<br />
This was highlighted by the recent, and perhaps misinformed,<br />
decision by the UK Department of Environment,<br />
Food and Rural Affairs to cut subsidies to farmers with<br />
PV installations on agricultural land. According to PV<br />
<strong>Magazine</strong>, this blatant undermining of solar’s growth<br />
has been labeled “damaging and incorrect” by the <strong>Solar</strong><br />
Trade Association (STA), which announced that it<br />
would write to department arguing that the matter need<br />
not be an either/or scenario.<br />
<strong>Solar</strong> module<br />
CS6P-P<br />
“<strong>The</strong> government‘s own planning guidance makes<br />
clear that farming practices should continue on solar<br />
farms on Greenfield land,” said the STA’s head of<br />
external affairs, Leonie Greene. “<strong>The</strong> industry has been<br />
very careful to define good practice to ensure continued<br />
agricultural production. It is damaging and incorrect<br />
to suggest that solar farms are in conflict with food<br />
production. <strong>The</strong> land is still available for farming and<br />
solar fixings only take up 5% of the land,” she said.<br />
As Leonie Greene points out, most solar farm panels<br />
are set on posts and, typically, only about 5% of the<br />
ground beneath them is disturbed. This means 95%<br />
of any field used for a solar farm remains available for<br />
crops, grazing, or for whatever wildlife and wild plants<br />
are endemic to the area. Importantly, after installation,<br />
the ground remains relatively undisturbed because<br />
there is little human activity apart from occasional<br />
maintenance.<br />
“<strong>Solar</strong> farms have an important role to play in conserving<br />
our countryside. Not only can solar power save huge<br />
amounts of greenhouse gases, but solar farms can<br />
provide protected spaces for boosting biodiversity,<br />
such as wildflowers and bees, as well as providing greater<br />
income stability for farmers who face increasing<br />
weather risks due to climate change,” she concluded.<br />
“Panels like the <strong>Canadian</strong> <strong>Solar</strong> CS6P-P have a lifespan<br />
of 25 years, or more, which means wildlife has the<br />
chance to properly establish itself over the long term,”<br />
said Dr. Shawn Qu of <strong>Canadian</strong> <strong>Solar</strong>. As an added<br />
bonus, many species benefit from the diversity of light<br />
and shade that the solar arrays provide. And solar<br />
farms also offer enormous potential for honeybees,<br />
as the wildflowers that grow between the arrays are a<br />
great source of nectar.<br />
08
NORTH CAROLINA, USA<br />
<strong>Solar</strong> parks and agriculture are complementary.<br />
“Bee populations around the world<br />
are under pressure and, since<br />
humanity is dependent on them to<br />
pollinate a wide variety of crops,<br />
any measure that increases their<br />
numbers can only be a good thing,”<br />
said Dr. Qu.<br />
<strong>The</strong> benefits don’t end there because farmers can get<br />
a lot more than energy off a solar farm. Bees make<br />
honey. And the land can also be used to feed sheep or<br />
goats, which keep the fauna cropped, which creates<br />
better conditions for wild flower growth, which is great<br />
for the bees… a virtuous circle.<br />
Person Country <strong>Solar</strong> Park in North Carolina, USA, is<br />
a good example. <strong>Canadian</strong> <strong>Solar</strong> and partner Carolina<br />
<strong>Solar</strong> Energy completed construction of a 650 kW solar<br />
farm on the site of the Person County Business and<br />
Industrial Center. <strong>The</strong> system uses 3,420 high efficiency<br />
<strong>Canadian</strong> <strong>Solar</strong> 190 W crystalline PV modules and<br />
generates approximately 837,000 kilowatt-hours each<br />
year.<br />
“Instead of using a metal racking system, we use wood,”<br />
said construction engineer Eric. “So, as far as the<br />
goats are concerned, the arrays are very like trees.<br />
<strong>The</strong>y provide good shade, absorb sunlight and convert<br />
it to energy without creating CO 2<br />
or other greenhouse<br />
gas emission. Every solar farm is potentially a unique<br />
eco-system that benefits the natural world of which we<br />
are all a part”.<br />
09
IKEA INVESTS IN A<br />
NEW KIND OF<br />
FLAT PACK TO HELP THE<br />
ENVIRONMENT<br />
Nobody knows the importance of combining design<br />
innovation, quality and value quite like IKEA.<br />
Which is why it chose <strong>Canadian</strong> <strong>Solar</strong> for its lighting<br />
and power requirements at selected stores<br />
in Australia. IKEA opted for <strong>Canadian</strong> <strong>Solar</strong>‘s tried<br />
and tested CS6P-P module to help realise its<br />
commitment to sustainable energy because, in<br />
addition to offering competitive quality and<br />
pricing, the products are backed by a 25-year warranty.<br />
IKEA now powers 7 of its Australian stores with <strong>Canadian</strong> <strong>Solar</strong> panels.<br />
10
NSW, AUSTRALIA<br />
“Using what would otherwise be dead space on our rooftops<br />
to reduce power costs and simultaneously reduce our carbon<br />
footprint was an easy decision to make,” said Richard Wilson,<br />
sustainability manager for IKEA Australia.<br />
<strong>The</strong> rooftop installations comprise 12,122 <strong>Canadian</strong> <strong>Solar</strong> PV<br />
modules. And the 3.6 MW project will span seven IKEA sites located<br />
in Victoria, New South Wales and Queensland. Together, the sites<br />
will generate enough clean energy (around 4,658 MWh) to offset<br />
approximately 4,700 metric tons of carbon dioxide annually. <strong>The</strong><br />
panels are also grid connected so that any excess energy can be<br />
fed back into the National Electricity Market (NEM) for use where<br />
it is needed.<br />
This is <strong>Canadian</strong> <strong>Solar</strong>’s largest commercial PV project roll-out to<br />
date and emphasizes our unique ability to provide customers with<br />
turn-key solutions that reduce the complexities and costs of solar<br />
system installation. We have extensive experience with largescale<br />
rooftop installations across the globe, as well as capabilities<br />
in obtaining the required permits and providing cost-effective<br />
engineering, procurement and construction. Our capabilities also<br />
extend to operation & maintenance services. It was the above<br />
combination that contributed to IKEA choosing us as their PV partner.<br />
Richard Wilson of IKEA adds, “An installation of this size is a<br />
considerable undertaking and it was important to ensure that<br />
we had efficient, reliable, high quality product together with<br />
a competitive offer, expert knowledge and experience.”<br />
“<strong>The</strong> project is an important step in our long-term approach to<br />
sustainability. Globally our ambition is to switch to renewable<br />
energy and become energy independent by 2020 as laid out in<br />
IKEA‘s global sustainability report. We’re well on the way.”<br />
When one considers that Ikea has 349 stores across 43 countries,<br />
potential savings and benefits to the environment will be<br />
significant as more stores adopt solar energy. “It‘s encouraging<br />
that more and more of the world‘s leading brands are turning<br />
to <strong>Canadian</strong> <strong>Solar</strong> to meet their renewable energy needs,” said<br />
Dr. Shawn Qu, Chairman and Chief Executive Officer of <strong>Canadian</strong><br />
<strong>Solar</strong> Inc. “Hopefully this will encourage other large originations<br />
to follow suit. <strong>The</strong> potential implications for the environment are<br />
enormous,” he added.<br />
11
SOLAR IS COOL<br />
AT “BURNING MAN”<br />
AND BEYOND<br />
More and more participants in the Burning Man arts festival held<br />
in the Nevada Desert every year are turning to solar energy<br />
to meet their energy needs. And this has resulted in a major spinoff<br />
for the local communities in nearby towns. Panels are often<br />
donated to them once the festival is over.<br />
12
NEVADA, USA<br />
To find out more on this story, or about how you can make solar energy work for you, scan this QR code.<br />
13
First it was solar powered cars. Now it's solar powered race tracks.<br />
RACETRACK<br />
REFUELS WITH SOLAR<br />
POWER<br />
Racing solar powered vehicles is an activity that is<br />
gaining popularity around the world.<br />
And now a racetrack in Germany is following this<br />
lead by powering its facilities<br />
with a high-performance PV installation.<br />
14
OSCHERSLEBEN, GERMANY 3.44 kWh per m 2 per day<br />
Well accustomed to testing automotive technology to<br />
its limits, the owners of the Motorsport Arena Oschersleben<br />
were no less demanding when it came to choosing<br />
the right solar technology for their needs.<br />
<strong>The</strong> Motorsport Arena installed a 500 kW <strong>Canadian</strong><br />
<strong>Solar</strong> system in 2012 and it has delivered impressive<br />
results ever since. “It covers a significant part of the<br />
circuit’s annual electricity consumption,” said Voss.<br />
<strong>The</strong>y lined up several competitive offerings and put<br />
them through their paces. <strong>The</strong> track owners compared<br />
durability, performance and design and carefully considered<br />
the various advantages and disadvantages of<br />
each system. After this intensive selection process, one<br />
brand emerged the clear winner.<br />
“We decided on PV modules<br />
from <strong>Canadian</strong> <strong>Solar</strong>,<br />
becauase an especially robust<br />
solution was important to us,”<br />
said Thomas Voss, Managing Director<br />
of Motorsport Arena.<br />
“And since motor racing is not traditionally considered<br />
the most environmentally friendly of sports, it’s great<br />
that we’ve been able to offset this to some extent,” he<br />
added. <strong>The</strong> PV installation compromises 2,000 solar<br />
modules covering an area of around 3,000 square meters<br />
on the facility’s roof. “Besides the positive effects for the<br />
environment, the solid construction PV panel mounting<br />
system has considerably strengthened the pit roof,”<br />
concluded Voss.<br />
This project once again demonstrates the versatility<br />
of <strong>Canadian</strong> <strong>Solar</strong>’s CS6P-P module, which is employed<br />
on a huge variety of installations around the world.<br />
<strong>The</strong> sophisticated design and first-class production<br />
technology, backed by a 25-year warranty, ensure a<br />
winning performance year in and year out.<br />
“In addition they offer<br />
high quality and a really good<br />
price-performance ratio.”<br />
<strong>The</strong> Motorsport Arena Oschersleben offsets the fuel burned in racing<br />
by powering its facilities with solar.<br />
15
INVESTING IN A<br />
RENEWABLE<br />
FUTURE, ONE PANEL<br />
AT A TIME<br />
<strong>The</strong> disaster at Fukushima has inspired many in<br />
Japan to look more closely at safe, clean and<br />
renewable sources of energy. And imaginative<br />
ways of financing them.<br />
One such initiative invites private citizens to help build<br />
“citizen solar parks” by investing in as little as one<br />
panel. <strong>The</strong>y can even choose to rent a panel if they<br />
wish to. <strong>The</strong> first installation, comprising 360 <strong>Canadian</strong><br />
<strong>Solar</strong> CS6P-P modules is located outside Hokuto City,<br />
Yamanashi Prefecture, and is surrounded by the scenic<br />
nature and farmland it aims to protect. Founder of<br />
the Citizen <strong>Solar</strong> movement, Mr. Sawa, explained that<br />
he was in the large-scale wind power generation<br />
business until his retirement a few years ago, and<br />
that he has never lost interest in the opportunities<br />
renewable energy offers.<br />
“I chose Hokuto City as the first location because it has<br />
plenty of sunshine compared to other parts of the<br />
country. It also has a cool climate that enables PV<br />
modules to perform more efficiently, the ideal place for<br />
solar power generation,” he said.<br />
All the energy that the solar park produces is sold to<br />
a local power company and fed into the regional grid.<br />
<strong>The</strong> profits are then returned to investors. “Besides<br />
giving people the opportunity to show their support<br />
for a renewable future by making a real and immediate<br />
difference, the project also lets them enjoy a good return<br />
on their investment,” said Mr. Sawa. <strong>The</strong> imaginative<br />
project has also done a lot to raise awareness for solar<br />
power by capturing the attention of the media, and<br />
now enquiries from people wishing to invest are pouring<br />
in from all over the country.<br />
“I spent the first years of my retirement educating<br />
children about the importance of moving towards<br />
renewables in order to prevent global warming,” said<br />
Mr. Sawa. “But when Fukushima happened I decided<br />
that education alone was not enough and I came up<br />
with the ‘Citizen <strong>Solar</strong>’ idea to more directly engage<br />
people in creating renewable energy solutions.”<br />
<strong>The</strong> first facility, Hokuto 1 was completed in 2013. It was<br />
soon followed by Hokuto 2 and demand is such that<br />
3, 4 and 5 are now also in the pipeline. “Our first two<br />
phases generate about 400 kWh a day between them<br />
and when all 5 phases are complete the project will<br />
generate 900 kWh,” said Mr. Sawa. “It is my hope that<br />
this is the start of something even bigger and that the<br />
people of Japan will work together to build a completely<br />
clean a sustainable energy future for ourselves,” he<br />
concluded.<br />
16
HOKUTO, JAPAN<br />
A man on a mission to create a clean energy future for Japan: Mr. Sawa.<br />
17
EAGLES AND BIRDIES<br />
SET TO WIN<br />
ON SOLAR GOLF<br />
COURSES
To find out more on this story,<br />
or about how you can make<br />
solar energy work for you,<br />
scan this QR code.
Savings from solar power are reinvested in additional school materials.<br />
LEARNING FROM<br />
SCHOOLS THAT SAVE<br />
WITH SOLAR<br />
Many schools around the US are switching on to<br />
the benefits of solar energy.<br />
First stop is Fresno, California where students have sent<br />
their administrators to the top of class for investing in<br />
solar power. Millions of dollars will be saved on energy<br />
and the money will be used to improve student facilities.<br />
“We specified high quality materials for the system<br />
like the CS6P-P panels from <strong>Canadian</strong> <strong>Solar</strong>, which<br />
contributed to the high quality of the project,” said<br />
Don Ulrich, Assistant Superintendent of Facility Services<br />
for the Clovis Unified School District.<br />
Regional voters had the foresight to authorize the<br />
financing for a 5.86 MW solar project that will provide<br />
immediate energy cost savings to support the district‘s<br />
core mission, educating children. “Early indicators tell<br />
us our solar power system will produce enough energy<br />
to save an anticipated $2.4 million dollars a year,” he<br />
said.<br />
“<strong>The</strong> ambitious Clovis Project exemplifies the school<br />
district‘s foresight to reduce energy costs. With education<br />
budgets tight across the U.S., this significant saving<br />
can be redeployed, directly benefiting students for<br />
20
CALIFORNIA, USA 3.7 kWh per m 2 per day<br />
generations to come,” said Dr. Shawn Qu, Chairman<br />
and Chief Executive Officer of <strong>Canadian</strong> <strong>Solar</strong> Inc.<br />
“Our team is always proud to provide affordable,<br />
high-quality solar energy solutions for educational<br />
institutions, as we share in our commitment to<br />
help create a sustainable and brighter future for our<br />
children,” he concluded.<br />
Panels will soon line the rooftops of shade structures<br />
like the one pictured at 21 sites: 19 of them at schools,<br />
and two of them at district headquarters. <strong>The</strong> $25<br />
million project is expected to generate six megawatts<br />
of power or the equivalent of 6,000 homes.<br />
Martins Creek Elementary School installs one of the Largest PV<br />
Arrays in North Carolina – Utilizing <strong>Canadian</strong> <strong>Solar</strong> Modules to<br />
Generate Green Power and Educational Opportunities.<br />
“<strong>The</strong> school will use the impressive solar array’s monitoring<br />
system, a proprietary system developed by ESA<br />
Renewables to continuously track power output, as an<br />
educational tool teaching children how solar works and<br />
raising their awareness of energy conservation and<br />
environmental consciousness,” he said.<br />
<strong>The</strong> solar revolution happening at schools extends<br />
far beyond Fresno. Martins Creek Elementary School<br />
recently installed one of the largest PV arrays in North<br />
Carolina, utilizing <strong>Canadian</strong> <strong>Solar</strong> modules to generate<br />
green power and educational opportunities. “Martins<br />
Creek Elementary and Middle School contracted ESA<br />
Renewables to complete a 999 kW array of <strong>Canadian</strong><br />
<strong>Solar</strong> CS6P-P modules, generating clean renewable<br />
energy for the community,” said Thomas Körner,<br />
General Manager of <strong>Canadian</strong> <strong>Solar</strong> USA.<br />
<strong>The</strong> PV system reduces carbon emissions equivalent to<br />
the amount that 4,681 trees would sequester per year,<br />
and the project also brought with it new jobs, helping<br />
to support local economic growth.<br />
<strong>The</strong> Bancroft School, a private boarding school in Worchester,<br />
MA has also discovered a new way to energize<br />
its 541 students: solar power. Composed of 486 of<br />
<strong>Canadian</strong> <strong>Solar</strong>’s top-performing CS6P-230P polycrystalline<br />
modules, Bancroft’s 106 kW fixed tilt ballasted roof<br />
mount system will produce more than 117,000 kilowatt<br />
hours of electricity annually, or approximately 25% of<br />
the building’s energy needs over an entire year, which<br />
makes it the largest private installation within the City<br />
of Worcester. In addition, it will reduce CO 2<br />
emissions<br />
by 127 tons annually, the same amount that 637 trees<br />
sequester in a year, and will save the school an estimated<br />
$8,000 to $10,000 in annual energy costs.<br />
Bancroft School, a private K-12 Boarding School in Worchester, MA<br />
has discovered a new way to energize its 541 students: solar power.<br />
<strong>The</strong> installer company, Future <strong>Solar</strong> Systems, also provided<br />
the school with a basic and advanced curriculum for<br />
solar and wind power, which will enable Bancroft teachers<br />
to use the <strong>Canadian</strong> <strong>Solar</strong> system as a tool to educate<br />
students about the importance of renewable energy in<br />
meeting our future energy needs and protecting the<br />
environment.<br />
21
A TOP-5 EMPLOYER<br />
THAT PUTS<br />
PEOPLE FIRST<br />
<strong>Canadian</strong> <strong>Solar</strong> was recently ranked 4th in the 2015<br />
Randstad Awards – out of about 150 competing<br />
corporations. It’s the second year running we’ve<br />
made the top five, but what we found even<br />
more encouraging were the sub-categories in<br />
which we ranked first.
GUELPH, CANADA<br />
We were voted number one in ensuring our employees<br />
enjoy great work/life balance and we enjoyed the<br />
same distinction in terms of offering interesting job<br />
content. We were also ranked #1 in corporate social<br />
responsibility for our approach to environmental and<br />
social issues.<br />
Additionally, it’s worth mentioning that we placed<br />
second for the training investment we make in our staff<br />
and #2 overall for Western Canada.<br />
"As a <strong>Canadian</strong> company with a successful track record<br />
in Ontario, we are honored to be recognized as one<br />
of the top employers by Randstad Canada," said Dr.<br />
Shawn Qu, Chairman and Chief Executive Officer of<br />
<strong>Canadian</strong> <strong>Solar</strong>. "Our company is committed to providing<br />
a diverse, vibrant, and professional work environment<br />
for all employees worldwide and we thank survey<br />
respondents for selecting <strong>Canadian</strong> <strong>Solar</strong>," he said.<br />
Making a difference to the lives of employees is as<br />
important as satisfying customers, not least because it<br />
enables <strong>Canadian</strong> <strong>Solar</strong> to attract and retain the best<br />
people in the business.<br />
"It’s great to see that our efforts to deliver an employeefriendly<br />
working environment, rewarding job content,<br />
goal-orientated training and strong management paying<br />
off year after year,” concluded Dr. Qu.<br />
Randstad Canada, the country's leading staffing, recruitment<br />
and HR services company and is dedicated to<br />
helping companies recruit the best talent and to support<br />
<strong>Canadian</strong> workers trying to find attractive employers.<br />
<strong>The</strong> ranking is decided by over 9,500 workers and job<br />
seekers in search of employment opportunities, so<br />
the winning companies are truly the people's choice.<br />
Perhaps not that surprisingly, salary and employee<br />
benefits topped the list as being the most important<br />
factor for 23 % of respondents, while 14 % were most<br />
interested in long-term job security, and those driven<br />
primarily by pleasant working atmosphere and good<br />
work/life balance came in at 9 % and 7 %, respectively.<br />
"Having a favorable employer brand when recruiting<br />
can mean the difference between attracting the<br />
best people for the job or being overlooked," says Tom<br />
Turpin, President of Randstad Canada.<br />
23
SAN DIEGO, USA 5.06 kWh per m 2 per day<br />
RONALD MCDONALD<br />
HOUSE CHARITIES<br />
ADD MORE WARMTH<br />
TO CARING<br />
When Ronald McDonald House Charity of San Diego<br />
wanted a solution the obvious choice was <strong>Canadian</strong><br />
<strong>Solar</strong>. <strong>The</strong> house supports families with seriously<br />
ill children in a local hospital, and this is the first<br />
Ronald McDonald House in California to use solar<br />
energy.<br />
<strong>The</strong> San Diego based institution will serve more than<br />
20,000 families this year alone, and was looking for<br />
a system that was both reliable and inexpensive.<br />
<strong>The</strong> solution: a 116 kW roof-mount photovoltaic solar<br />
electric system that will help offset the electrical<br />
costs with clean energy.<br />
“<strong>The</strong> Ronald McDonald House Charity ensures families<br />
in San Diego receive the necessities they need as they<br />
care for their sick child, and we are so pleased to be<br />
able to provide our high-quality modules to this pivotal<br />
community facility,” said Thomas Körner, U.S. general<br />
manager of <strong>Canadian</strong> <strong>Solar</strong> Inc.<br />
“Through its leadership in California by implementing a<br />
renewable energy solution, the Ronald McDonald House<br />
Charity of San Diego will reap significant financial savings<br />
while contributing to environmental sustainability for<br />
years to come,” he said. <strong>The</strong> solar installation consists<br />
of 518 <strong>Canadian</strong> <strong>Solar</strong> CS6P-P 220 W polycrystalline<br />
modules. <strong>The</strong>se modules are among the top-ranked in<br />
the industry in PV USA (PTC) ratings, which are quickly<br />
becoming universally accepted standards for measuring<br />
real-world module energy production and performance.<br />
<strong>Canadian</strong> <strong>Solar</strong>, and other companies involved in the<br />
project all donated price reductions to benefit the charity.<br />
“Ronald McDonald House Charities<br />
decided to pursue solar energy<br />
to create a healthy and sustainable<br />
environment for the children<br />
and families we serve, and to help<br />
greatly offset power costs,”<br />
said Bill Lennartz, president and CEO of Ronald<br />
McDonald House of San Diego.<br />
”Our partners have been vital to our success as a<br />
resource to families going through the most challenging<br />
times of their lives, and we are excited to now be<br />
producing clean solar energy to help us provide care<br />
to even more families.”<br />
<strong>The</strong> Ronald McDonald House Charity of San Diego<br />
solar electric system was designed and installed by<br />
HelioPower and will produce an average of 147,846<br />
kilowatt hours per year. <strong>The</strong> environmental offset is<br />
equivalent to curtailing the release of 151,420 pounds<br />
of carbon dioxide each year, or planting 554 new trees<br />
and sequestering the carbon dioxide over their lifetime.<br />
24
GREAT IS<br />
A GREAT PLACE<br />
TO START<br />
Does a manufacturing process really need 360 quality<br />
control points? Some would call that obsessive,<br />
wasteful even, and they’d be right. We worked out<br />
you only need 359 quality controls to make the<br />
best products possible.<br />
26
GLOBAL<br />
<strong>The</strong>n the job becomes changing what’s possible. For<br />
example, we’ve tried and tested our PV products again<br />
and again, to the point where we’re so confident in<br />
them that we offer a 25-year performance warranty.<br />
Even more testing and the consistent excellence of<br />
our products in the field have grown that confidence<br />
to the point where we will soon be offering a 30-year<br />
option. And, if we can hit the 30-year mark, well then…<br />
you get the idea.<br />
As much as we’re focused on delivering the best products<br />
of tomorrow, we’re also proud of the standards we<br />
set today. <strong>The</strong>se are illustrated by the terms of our performance<br />
warranty, which guarantees that the actual<br />
power output of a module will be no less than 97% of<br />
the labeled power output during its first year of<br />
operation, and will decline by no more than 0.7% annually<br />
so that by the end of year 25 the actual power output<br />
<strong>The</strong> design process includes every test imaginable:<br />
durability, UV resistance, degradation rate and extreme<br />
temperature variation, as well as mechanical performance<br />
in the face of torrential rains, high winds and heavy<br />
snowfalls. <strong>The</strong>re’s no room for inferior components or<br />
workmanship. And this ensures our panels will work<br />
across a wide range of applications as well as stand up<br />
to harsher conditions than competitive products.<br />
Getting down to specifics, 158 of our 359 quality<br />
control points are for incoming materials, while 62<br />
are for raw materials processes and the others for<br />
production control. Every module goes through the<br />
following:<br />
· Electroluminescence (EL) testing: a 100% EL<br />
screen test to eliminate cell or module defects.<br />
· Cleaning: 100% module visual inspection and clean<br />
before packing<br />
· Testing and analysis: performance reliability,<br />
mechanical and chemical tests of raw materials and<br />
components. This is done in warehouse, on the<br />
production line, in the testing lab and at other 3rd<br />
parties.<br />
· Machine testing: advanced automatic equipment in<br />
testing and manufacturing process.<br />
will be no less than 80% of the module‘s labeled power<br />
output. In addition, <strong>Canadian</strong> <strong>Solar</strong> has expanded its<br />
product warranty covering workmanship and material<br />
defects to 10 years.<br />
“We are proud of our ability to offer an enhanced<br />
warranty policy that, combined with our positive power<br />
tolerance and our insurance policies, provides the best<br />
value in the industry,” said Dr. Shawn Qu, Chairman<br />
and Chief Executive Officer of <strong>Canadian</strong> <strong>Solar</strong> Inc.<br />
“<strong>The</strong>se enhancements underlie our confidence in our<br />
manufacturing and quality control processes, and our<br />
commitment to the success of our customers,” he added.<br />
And Dr. Qu’s confidence has a solid foundation:<br />
From incoming material selection to the assembly of<br />
finished products, <strong>Canadian</strong> <strong>Solar</strong> applies strict<br />
step-by-step procedures that ensure the performance<br />
of each component in every module.<br />
· Lab testing: In 2008 <strong>Canadian</strong> <strong>Solar</strong> commissioned<br />
the first module manufacturer-owned photovoltaic<br />
reliability testing laboratory to meet ISO/IEC 17025<br />
(Accreditation Criteria for the Competence of Testing<br />
and Calibration Laboratories). <strong>The</strong> laboratory has<br />
total area space 3130 square meters and employs<br />
23 full time technicians.<br />
In addition, as a tier one module manufacturer, our<br />
products are used all over the world. As a result they’ve<br />
been tested by local standards authorities, banks and<br />
independent auditors in Australia, USA, Japan and many<br />
other countries, where they’ve delivered excellent<br />
results and proven top performance across the board.<br />
Even so, we see this as no more than a great beginning.<br />
<strong>The</strong> future of solar energy promises so much more.<br />
Which is why we have a staff of over 400 scientists,<br />
engineers and technicians working on it today.<br />
27
GOING<br />
NUTS FOR<br />
SOLAR<br />
A US nut processing company that exports to over<br />
30 markets around the world has enthusiastically<br />
embraced solar energy to fuel its operations on the<br />
fertile grounds of California’s Central Valley.<br />
And the business‘ enthusiasm for solar is based on a<br />
lot more than its power generation capability. Setton<br />
Pistachio, the 2nd largest pistachio processor in the<br />
United States, harvests both environmental and fiscal<br />
savings with its 1.7 MW system, the largest in California’s<br />
Central Valley.<br />
Going solar was a two-fold decision for Setton – the<br />
significant amount of energy they required for their<br />
agricultural operations and the company’s commitment<br />
to sustainability. <strong>The</strong>y chose <strong>Canadian</strong> <strong>Solar</strong> products,<br />
and Cenergy Power to design and implement the solution<br />
because it has extensive experience in the agricultural<br />
sector. “Our decision to go solar with <strong>Canadian</strong> <strong>Solar</strong><br />
and Cenergy was made simple by their outstanding<br />
track records, reputation for quality, and power quality<br />
capabilities,” said Lee Cohen, General Manager, Setton<br />
Farms.<br />
“We are a family business and the decisions we make<br />
have to be good for customers and our growers, partners<br />
and suppliers. This project was an obvious next step in<br />
practicing what we preach about our dedication to the<br />
valley‘s environment and sustainable business practices,”<br />
added Cohen.<br />
In total 7,600 <strong>Canadian</strong> <strong>Solar</strong> CS6P-P modules were<br />
deployed in the project. Together they provide a<br />
1.7 megawatt solar plant that produces over 2.6 million<br />
kilowatt hours (kWh) of clean renewable energy per<br />
year – to sort, roast, and package millions of pounds of<br />
pistachios in Setton’s 300,000 square foot processing<br />
facilities.<br />
“<strong>Canadian</strong> <strong>Solar</strong> modules provide our customers with<br />
many benefits including higher than average PTC<br />
ratings, excellent workmanship, and reliability. <strong>The</strong>ir<br />
modules consistently provide high efficiency when<br />
kilowatt hours are measured with respect to production<br />
numbers,” said Andrew B. Goldin, VP of Field Operations,<br />
Cenergy Power. <strong>The</strong> solar installation will reduce Setton<br />
Pistachio’s monthly energy bills along with their carbon<br />
footprint. It will continue to generate renewable energy<br />
for its owners for decades to come, stabilizing their<br />
energy budget, and creating security for their future<br />
power needs.<br />
And, as an added advantage, the project costs were<br />
offset by federal and local incentives lowering the<br />
initial investment and establishing a payback period of<br />
4 short years. It is also estimated that the installation<br />
will generate $14 million in energy savings over 25<br />
years. Of course, it was great for the environment too.<br />
Potential CO 2<br />
production avoided as a result of this<br />
installation is approximately 1,880 metric tons, which is<br />
equivalent to planting 400 acres of pine forest annually.<br />
In addition to the above project, <strong>Canadian</strong> <strong>Solar</strong> also<br />
partnered with Cenergy in delivering a 540 kW<br />
PV System to a San Joaquin Valley Agricultural Facility.<br />
Minturn Huller, an almond huller and sheller cooperative<br />
in Chowchilla, California serves more than 260 almond<br />
growers in the valley and runs almost 24 hours a day,<br />
7 days a week from mid-August to November. <strong>The</strong>ir PV<br />
system has 2,702 <strong>Canadian</strong> <strong>Solar</strong> CS6P-200PE eModules,<br />
which saves the facilities an estimated 20 % off their<br />
annual electric bill - savings of approximately $40,000<br />
per year.<br />
28
CALIFORNIA, USA 5.62 kWh per m 2 per day<br />
“Our decision to go with <strong>Canadian</strong><br />
<strong>Solar</strong> was driven by the quality<br />
and value of their products along<br />
with the outstanding service<br />
and support of their team,”<br />
Andrew B. Goldin of Cenergy<br />
29
SOLAR TAKES<br />
WATER<br />
FROM POLLUTED<br />
TO PURE
To find out more on this story,<br />
or about how you can make<br />
solar energy work for you,<br />
scan this QR code.
FLOWER POWER<br />
MEETS<br />
SOLAR POWER<br />
<strong>Solar</strong> powered greenhouses are not a new idea.<br />
Technically, green houses – and plants – have always<br />
been solar powered. So how can photovoltaics<br />
make a difference to the commercial hothouse<br />
industry and agriculture in general?<br />
“<strong>The</strong>re is enormous potential for the<br />
use of solar power in agriculture,”<br />
said Colin Parkin, General Manager<br />
of <strong>Canadian</strong> <strong>Solar</strong> Inc.<br />
“PV solutions enable farmers to<br />
create environments where they can<br />
control temperature and light at<br />
vastly reduced cost, when compared<br />
with conventional power sources,”<br />
he said.<br />
<strong>The</strong>se can be smaller scale projects like the 20 kW<br />
clear-module one pictured here in Heihe, China,<br />
which uses innovative transparent panels to let light<br />
32
ONTARIO, CANADA<br />
<strong>Solar</strong> module CS6P-P<br />
through to the plants below, to much more ambitious<br />
projects.<br />
A 250 kW system in Moose Creek serves as an excellent<br />
example, not least because it is Eastern Ontario’s<br />
Largest <strong>Solar</strong> Rooftop Installation. It is owned by local<br />
farmer, Mr. Castonguay. “Besides saving on electricity,<br />
I am actually generating direct revenue from the<br />
installation,” he said. “In addition, it significantly reduces<br />
my farm’s carbon footprint and contributes to a cleaner,<br />
renewable environment.”<br />
<strong>The</strong> system, made up of 1,339 CS6P-P 230 W <strong>Canadian</strong><br />
<strong>Solar</strong> modules, is big enough to meet far more than<br />
his own needs. It is connected to the Ontario grid and<br />
creates additional revenue by supplying enough energy<br />
to power approximately 30 homes annually and, not<br />
least, helps eliminate the production of 279.80 metric<br />
tons of carbon every year. Solexium <strong>Solar</strong> Solutions,<br />
installer of the system, chose <strong>Canadian</strong> <strong>Solar</strong> modules<br />
for their excellent quality and high efficiency wattage.<br />
<strong>The</strong>y were also attracted by the 10-year warranty on<br />
materials and workmanship, and the 25-year linear<br />
power output warranty. <strong>The</strong> future looks extremely<br />
promising for PV in agriculture.<br />
Solexium solar solutions completed the 250 kW construction of<br />
Eastern Ontario’s largest solar rooftop installation in Moose Creek.<br />
Smaller scale projects like the 20 kW one pictured here in Heihe,<br />
China, are also gaining popularity.<br />
33
EXETER, UNITED KINGDOM 1.08 kWh per m 2 per day<br />
UK WEATHER SERVICE<br />
PREDICTS SOLAR ENERGY<br />
FOR THE NEXT<br />
25 YEARS, AT LEAST<br />
<strong>The</strong> United Kingdom’s national weather service, the<br />
MET office, has installed <strong>Canadian</strong> <strong>Solar</strong>’s famously<br />
reliable CS6P-M modules at its Exeter Headquarters.<br />
As a world-renowned provider of 24/7 weather, climate<br />
and environmental forecasts and research, the Met<br />
Office’s Exeter HQ Energy Centre sought a reliable source<br />
of clean energy that would reduce CO 2<br />
emissions and<br />
complement their existing sustainability initiatives.<br />
conditions at locations around the world. <strong>The</strong> new<br />
system is already generating around 1,000 kWhs of<br />
electricity per day - enough to meet the demand of one<br />
of the organization’s three supercomputers used to<br />
carry out research into climate change.<br />
<strong>The</strong>y decided on a 1000 module, 250 kWp rooftop PV<br />
system from <strong>Canadian</strong> <strong>Solar</strong>, not least because the<br />
panels have a 25-year warranty and have proven themselves<br />
to be dependable under widely varying weather<br />
Installed by SunGift <strong>Solar</strong>, a renewable energy specialist<br />
offering customized solutions in the UK, this PV system is<br />
one of the largest rooftop installations in the UK. “When<br />
you’re carrying out thousands of installations every<br />
year, you need top quality modules from a manufacturer<br />
that has a trusted global reputation,” said Gabriel<br />
Wondrausch, Managing Director of SunGift <strong>Solar</strong>.<br />
“That is why we specify <strong>Canadian</strong> <strong>Solar</strong> modules for many<br />
of our jobs. <strong>The</strong>y have that distinctive quality – bankability –<br />
which gives us absolute confidence that the modules will<br />
continue to perform at a high level and give consistent<br />
results throughout their lifetime,”<br />
said Gabriel Wondrausch.<br />
34
035
REMOTE<br />
COMMUNITIES GAIN<br />
ACCESS TO<br />
REAL POWER<br />
36
RED LAKE, ONTARIO, CANADA<br />
To find out more on this story, or about how you can make solar energy work for you, scan this QR code.<br />
37
MUNICH, GERMANY<br />
SOLAR GETS<br />
BEER<br />
FROM THERE<br />
TO HERE<br />
Perhaps not that surprisingly, one of the first<br />
companies to respond to the <strong>The</strong> Munich <strong>Solar</strong><br />
Initiative was a brewery. Augustiner is one<br />
of the region’s oldest and best-known brewers<br />
and Oktoberfest suppliers and is now taking a<br />
very modern approach to fuelling its logistics<br />
center.<br />
Perhaps not that surprisingly, one of the first companies<br />
to respond to the <strong>The</strong> Munich <strong>Solar</strong> Initiative was a<br />
brewery. Augustiner is one of the region’s oldest and<br />
best-known brewers and Oktoberfest suppliers and<br />
is now taking a very modern approach to fuelling its<br />
logistics center.<br />
“More than any other big city, Munich is showing the<br />
way in the production of clean electricity and we aim to<br />
deliver about 7.5 billion kWh of renewable energy by<br />
2025, which will correspond to the city’s entire electricity<br />
consumption,” said then-mayor Christian Ude when<br />
establishing the initiative.<br />
<strong>The</strong> brewing company recently installed a total of 1628<br />
solar panels on its roof. And the highly efficient<br />
CS6P-P from <strong>Canadian</strong> <strong>Solar</strong> will achieve annual electricity<br />
production of around 420,000 kilowatt-hours.<br />
Augustiner ordered the installation on the back of an<br />
initiative from the Munich municipality that incentivizes<br />
businesses to adopt clean sources of energy. <strong>The</strong> municipality<br />
has stated its goal is to make Munich the first<br />
city of over a million people to run entirely on renewable<br />
energy resources.<br />
<strong>The</strong> brewery installation is a strong step in the right<br />
direction. Its annual output is roughly equivalent to the<br />
amount of energy 120 households consume in a year.<br />
“<strong>The</strong> new installation is also highly effective from an<br />
environmental point of view. <strong>The</strong> fact that the Augustiner<br />
logistics center now uses clean energy means that the<br />
production of around 370 tons of CO 2<br />
will be prevented,”<br />
said Valentin Fliess of <strong>Canadian</strong> <strong>Solar</strong> Germany. “So all<br />
those who enjoy Augustiner can thank solar energy for<br />
more than the fact that their favorite beer is successfully<br />
distributed. <strong>The</strong>y can take added enjoyment in the<br />
knowledge that it is now a more environmentally friendly<br />
beer too,” Fliess said.<br />
38
USA<br />
SOLAR WILL<br />
LIGHTEN<br />
"THE BURDEN"<br />
Energy. Some nations have more than they need,<br />
and others need more than they have. This fact lies<br />
at the heart of many of the conflicts we see in the<br />
world today and is the subject of a thought-provoking<br />
new documentary film called <strong>The</strong> Burden, of which<br />
<strong>Canadian</strong> <strong>Solar</strong> is a co-sponsor. <strong>The</strong> documentary<br />
premiered in Washington on March 27, 2015, as<br />
part of an environmental film festival.<br />
“<strong>The</strong> Burden” refers to our dependence on fossil fuels<br />
and the stress that this places both on the environment<br />
and on those engaged in, or affected by the various<br />
energy-related conflicts around the world. At an environmental<br />
level fossil fuels are a security threat to the<br />
continued well-being of humanity and, more immediately,<br />
the conflicts they cause result in considerable suffering<br />
and political instability.<br />
<strong>The</strong> only solution is, clearly, to reduce fossil-fuel<br />
dependence and, in time, eliminate it completely through<br />
the continued development and implementation of<br />
renewable, clean energy sources like solar.<br />
“<strong>The</strong> price for guarding oil is too high. In Afghanistan<br />
every 1 in 24 fuel convoys ended with a casualty,”<br />
according to the film, not to mention that the US<br />
Military spends $85-billion a year protecting oil<br />
chokepoints.<br />
Given the above fact it is not surprising that the US<br />
Military takes the view that the more it can use, and<br />
encourage others to use non-renewables the better,<br />
and it is on track to meet its goal of 1 GW of renewable<br />
energy by 2025.<br />
Renewables offer benefits over and above clean energy.<br />
<strong>The</strong> solar industry is also a big employer of veterans,<br />
not least of whom is Kevin Johnson, Iraq war veteran,<br />
West Point graduate & Director of Federal Business<br />
Development at <strong>Canadian</strong> <strong>Solar</strong> USA, who has attended<br />
first screenings of the movie with the director.<br />
“<strong>The</strong> Burden is well worth watching,” says Kevin.<br />
“It features issues and solutions that could have an<br />
important impact on the future of humanity,” he said.<br />
As the fighting arm of the world’s strongest superpower,<br />
the US military is pretty much continuously engaged<br />
in conflicts around non-renewables. In addition, it relies<br />
heavily on oil products to fuel its war machine, the resupply<br />
of which only adds to the hazards of any military<br />
operation. <strong>The</strong> film makes the point that the US military<br />
is the single largest institutional consumer of oil. And<br />
this comes at a cost.<br />
Scan this QR-code to watch "<strong>The</strong> Burden"<br />
41
HOW<br />
GREEN IS YOUR<br />
CLOUD?<br />
According to recent research from human rights<br />
organization Greenpeace, the Internet is now<br />
responsible for 27 tons of radioactive waste a year.<br />
In fact it consumes more electrical power than<br />
a good-sized country – and most of this energy<br />
currently comes from pollutant, non-renewable<br />
sources.<br />
A single Google search uses as much energy as a lowvoltage<br />
11 W light-bulb uses in an hour. Which may<br />
not sound like much until one factors in that there are<br />
around 6-billion Google searches a day. And that’s<br />
just Google, never mind Facebook, Twitter, Youtube<br />
and the rest of the online world.<br />
<strong>The</strong> Internet as a whole now consumes around 2% of<br />
all power produced on Earth, or about 300 TWh annually.<br />
That’s roughly equivalent to 30 nuclear power plants<br />
worth of energy translating into into at least 18,5 million<br />
tons of CO 2<br />
from non-renewables.<br />
<strong>The</strong> good news is that many companies are doing a<br />
lot to clean up their energy footprint. Greenpeace’s<br />
2014 “Clicking Clean” report reveals that major cloud<br />
brands like Apple, Box, Facebook, Google, Rackspace,<br />
and Salesforce have committed to powering their data<br />
centers with 100% renewable energy.<br />
“This is great for renewable energy tech producers<br />
like us,“ said Thomas Körner of <strong>Canadian</strong> <strong>Solar</strong> USA.<br />
“A significant portion of the renewable energy these<br />
online companies use will be solar, as is evidenced by<br />
the large solar facilities that Apple, Google and others<br />
have already built.”<br />
A number of leading brands, most notably Apple and<br />
Facebook, have also made significant improvements in<br />
their energy transparency and are only too happy<br />
to share the progress they are making in achieving<br />
their renewably energy targets. Google, for its part,<br />
is showing the way in building a renewably powered<br />
Internet by significantly expanding its renewable energy<br />
purchasing and investment, both independently<br />
and through collaboration with its utility vendors.<br />
“By making better energy choices and demanding more<br />
from utility vendors, some internet companies are<br />
already demonstrating their ability to be critical catalysts<br />
in driving utilities and governments toward the development<br />
of cleaner electricity generation that will ensure<br />
a truly green online world – and a greener offline world<br />
for us all,” says the Greenpeace report.<br />
42
USA<br />
<strong>The</strong> Internet is responsible for<br />
27 tons of radioactive waste a year.<br />
Greenpeace’s 2014 “Clicking Clean” report reveals that major cloud companies have committed to<br />
powering their data centers with 100 % renewable energy. Scan this QR code to read more.<br />
43
FIRE POWERED ICE:<br />
EUROPE‘S<br />
LARGEST SKI HALL<br />
WORKS WITH SOLAR
To find out more on this story,<br />
or about how you can make<br />
solar energy work for you,<br />
scan this QR code.
CANADIAN SOLAR<br />
ADDS POWER<br />
TO GATORADE<br />
More than 5,600 <strong>Canadian</strong> <strong>Solar</strong><br />
PV panels now adorn the roof of the 900,000<br />
square foot distribution center.<br />
46
ARIZONA, USA 5.32 kWh per m 2 per day<br />
A leading energy drink’s thirst to do the right thing<br />
for the environment and its customers led to the<br />
installation of a 1.7 MW PV system at it´s bottling<br />
and packaging facility in Tolleson, Arizona.<br />
“Gatorade understands the positive impact clean energy<br />
can bring to the bottom line as well as to the community<br />
around them,” commented Curt Hilliker, VP of the<br />
Commercial Division at Sun Valley <strong>Solar</strong> Solutions,<br />
which designed and implemented the solution.<br />
More than 5,600 <strong>Canadian</strong> <strong>Solar</strong> PV panels now adorn<br />
the roof of the 900,000 square foot distribution center,<br />
which can generate more than three million kilowatt<br />
hours annually. That’s enough electricity to power<br />
approximately 200 average Arizona homes for an entire<br />
year, or over 10 percent of the electricity used by the<br />
entire Tolleson facility annually. And that translates into<br />
electricity cost savings for PepsiCo, which is Gatorade‘s<br />
parent company.<br />
<strong>The</strong> solar thermal system uses a variety of technologies,<br />
including flat panels and solar beams, to pre-heat<br />
ingredient water for hot-fill products, such as Gatorade,<br />
which is heated and pasteurized before bottling. <strong>The</strong><br />
Gatorade facility, the largest of nine plants making the<br />
drink in the US, can now use renewable solar energy<br />
to pump out 59 million cases of the sports drink a year,<br />
according to the company.<br />
“<strong>Solar</strong> generated electricity is used for everything,”<br />
said Tom Schaefer, Director of Engineering for PepsiCo<br />
Resource Conservation. “<strong>The</strong> warehouse, the plant –<br />
anything that uses electricity. We’re directly offsetting<br />
what we normally would have bought from the<br />
electrical grid,” he said.<br />
PepsiCo is developing sustainable energy and water<br />
programs at a variety of its other manufacturing sites<br />
too, including an experiment to take its Casa Grande<br />
Frito-Lay snack-chip facility nearly entirely off the public<br />
electric, natural-gas and water systems.<br />
<strong>The</strong> company also installed a large solar system at a<br />
Fullerton, California, facility last month.<br />
“Ultimately, it‘s a commitment<br />
to the future,”<br />
said Rich Schutzenhofer, vice president for engineering<br />
technology and sustainability for PepsiCo in Chicago.<br />
While Arizona is known for its blue skies and sunshine,<br />
PepsiCo is also implementing solar solutions in less<br />
sunny climes. <strong>The</strong> United Kingdom’s Copella plant in<br />
Boxford is proving that solar energy generation is<br />
possible, even in less than optimal conditions. It recently<br />
installed solar rooftop panels that produce 150 kilowatts<br />
of electricity, becoming the first PepsiCo facility<br />
in the United Kingdom to generate on-site renewable<br />
electricity.<br />
“This project has generated enough electricity in its first<br />
week to run an average U.K. home for a whole year,”<br />
said Dave Clark, sustainability manager, PepsiCo United<br />
Kingdom. <strong>The</strong> solar panel project at Boxford is the first<br />
of many projects that PepsiCo UK is using to continually<br />
increase the percentage of energy coming from renewable<br />
sources and help reach its goal of becoming fossil<br />
fuel-free by 2023.<br />
More than this, the installation has important implications<br />
for solar energy in the region as a whole. <strong>The</strong> fact that<br />
such a well-known brand has taken solar on board will<br />
be noticed by other companies. “Gatorade’s leadership<br />
plays an important role in driving the acceptance of<br />
commercial-scale solar energy, and we’re tremendously<br />
excited to partner with them on such an important<br />
initiative,” said Sun Valley Solutions’ Hilliker.<br />
47
SOLAR MAKES<br />
IT BETTER<br />
High-tech medical equipment is only as reliable as<br />
its power supply. And it goes without saying that<br />
there are times when hospitals just cannot afford<br />
to be without electricity, not least, with the recent<br />
re-emergence of Ebola in nearby countries.<br />
“Delivering reliable power to hospitals in Somalia is<br />
challenging due to the minimal infrastructure available,”<br />
said Trevor Devries, Sales Director of <strong>Canadian</strong> <strong>Solar</strong><br />
Africa. “To help solve this problem solar energy systems<br />
have now been installed at four medical facilities in<br />
need of a cost effective, stable energy supply that they<br />
could rely on,” he said.<br />
<strong>Canadian</strong> <strong>Solar</strong> CS6P-P modules formed the backbone<br />
of the systems that were installed by W. Giertsen Energy<br />
Solutions, a Norwegian technical services company,<br />
during the first half of 2014. <strong>The</strong>se particular modules<br />
were chosen because of their reputation for absolute<br />
reliability and their ability to survive tough environmental<br />
conditions for 25 years, or more.<br />
All the solar energy systems are also energy-save<br />
solutions, which means they are connected to the grid.<br />
This allows the daytime production of electricity to be<br />
used firstly by the hospital, then to fill up the batteries,<br />
and then feed the excess supply into the grid, while<br />
at night, electricity from the batteries is consumed first,<br />
before drawing power from the grid. This maximizes<br />
the efficiency of using all solar power produced and<br />
also minimizes costs.<br />
“Our belief is that access to electricity<br />
is key to economic and social<br />
development of rural and remote<br />
areas.<br />
That’s why we are dedicated to<br />
providing places like this with<br />
renewable energy solutions, while<br />
reducing their impact on climate<br />
change and dependency on fossil<br />
fuels,”<br />
said Bart Van Ouytsel, VP Business Development<br />
for W. Giertsen Energy Solutions.<br />
48
GAROWE, SOMALIA<br />
<strong>Solar</strong> is helping<br />
to save lives<br />
Four hospitals in Somalia were recently equipped with solar systems.<br />
<strong>The</strong> efforts of W. Giertsen Energy Solutions and the<br />
reliable performance of the systems they installed have<br />
not gone unnoticed. In Garowe, many excited people<br />
from the local community watched the inauguration of<br />
their first solar energy system when Dr. Abdisamed<br />
Ahmed, head of the hospital, officially turned on the<br />
solar energy system in May 2014.<br />
“Thanks for your efforts in installing the solar system to<br />
Garowe General Hospital. <strong>The</strong> solar system is working<br />
powerfully and I am very happy that you did a good job<br />
in our hospital,” said the Hospital Director in Garowe,<br />
Somalia. Due to the success of the installations, more<br />
projects have been contracted and will be built in the<br />
horn of Africa 2015.<br />
49
UNSPOILT<br />
PARADISES WANT<br />
TO STAY<br />
THAT WAY<br />
50
ST. KITTS, BRITISH VIRGIN ISLANDS<br />
Many an island paradise is choosing solar power over diesel<br />
and other non-renewables for their energy needs.<br />
By their very nature they are blessed with an abundance of<br />
sunshine, and the fact that island populations often<br />
rely heavily on tourism means they have a vested interest in<br />
keeping their environments as clean as possible.<br />
To find out more about our microgrid solutions for off-shore locations, please scan the QR-code.<br />
51
ABOUT<br />
CANADIAN<br />
SOLAR<br />
A <strong>Canadian</strong> company<br />
with global reach<br />
· Leading global solar company founded 2001<br />
· NASDAQ-listed since 2006 as CSIQ<br />
· 3 GW module production capacity<br />
· > 8.5 GW solar projects worldwide<br />
· > 9 GW solar modules delivered to customers<br />
in > 90 countries<br />
A well-known global player<br />
strong on business<br />
strategy and execution<br />
· Led by visionary founder and experienced<br />
executive management team<br />
· Independent board of directors with over<br />
100 years of experience in law, finance, research<br />
and manufacturing<br />
A brand accepted by many<br />
financing banks*<br />
· 14-year quality track record<br />
· Product warranty insured by leading insurance<br />
companies in Europe and USA<br />
· Prudent corporate finance management<br />
with strong balance sheet<br />
· Trade finance arranged for qualified customers<br />
Highest product quality<br />
standards and quality<br />
management systems<br />
· Uses quality management system of the automotive<br />
industry in PV manufacturing (ISO 16949)<br />
· Strictly executes international quality management<br />
standards (ISO 9001:2008)<br />
· 359 quality control points from incoming materials<br />
to product delivery<br />
· Environment-friendly production following ISO 14001<br />
* U.S.A. Bank of America, Merrill Lynch / Canada Royal Bank of Canada, National Bank of Canada, Manulife Financial / Europe Deutsche<br />
Bank, Société Générale, Standard Chartered Bank, Credit Suisse, Rabobank, BBVA, Dexia, UniCredit, la Caixa, De Lage Landen, LBBW, Crédit<br />
Agricole, Deutsche Kreditbank AG, Banesto, Natixis, Caja Madrid, HSH Nordbank, Bayern LB, Santander, Raiffeisen Bank / Japan Tokyo Tomin<br />
Bank, Mizuho Bank, Shoko Chukin Bank / China Bank of China, Agricultural Bank of China, Bank of Communications<br />
52
Higher module output<br />
energy yield<br />
· Top module PTC rating by California<br />
Energy Commission<br />
· Top energy yield system out of 35 systems recorded<br />
by DKA SC Australia<br />
· Higher solar system power yield by<br />
PVsyst simulation software<br />
25-year performance<br />
warranty backed<br />
by warranty insurance<br />
· Insurance policy matches <strong>Canadian</strong> <strong>Solar</strong>’s<br />
25-year warranty terms<br />
· Insurance underwritten by world leading<br />
insurance companies<br />
· Non-cancelable and allows third party<br />
bankruptcy rights<br />
Local sales<br />
and customer support<br />
· 18 warehouses in four continents,<br />
8 countries<br />
· Customer support team of<br />
>150 PV experts<br />
in 20 countries<br />
53
CANADIAN<br />
SOLAR PRODUCT<br />
RANGE<br />
<strong>Solar</strong> modules<br />
<strong>Canadian</strong> <strong>Solar</strong>‘s modules are best in class<br />
in terms of power output and long term<br />
reliability.<br />
Off-grid applications<br />
<strong>The</strong> Maple <strong>Solar</strong> System is a multifunction<br />
device capable of acting as a light source and<br />
as a charger. It provides a convenient source<br />
of mobile power for outdoor activities such<br />
as camping, boating, fishing and hiking.<br />
Our meticulous product design and stringent<br />
quality control ensure our modules deliver an<br />
exceptionally high PV energy yield in live PV<br />
systems. Our accredited in-house PV testing<br />
facilities guarantee all module component<br />
materials meet the highest quality standards<br />
possible.<br />
54
PV energy storage<br />
<strong>Solar</strong> systems<br />
<strong>Canadian</strong> <strong>Solar</strong> Camel Energy Storage System<br />
(ESS) is equipped with bidirectional inverter,<br />
battery pack, energy management unit and<br />
switches. <strong>The</strong> Camel ESS has two automatic<br />
power charging modes, on-grid and off-grid.<br />
When grid is down during emergency, the<br />
energy storage system will automatically<br />
switch to off-grid mode.<br />
<strong>Canadian</strong> <strong>Solar</strong> offers home owners complete<br />
residential solar system solutions to<br />
meet their green energy needs. <strong>Canadian</strong><br />
<strong>Solar</strong>‘s residential solar power systems are<br />
designed to meet different building applications<br />
in system sizes of 1.5 kW (CS1500),<br />
3.0 kW (CS3000), 5.0 kW (CS5000) and 10 kW<br />
(CS10000).<br />
Camel ESS is a great investment in saving<br />
on your energy bill as you can charge the<br />
battery with solar energy during the day and<br />
use electricity from the battery during peak<br />
rate hours. In addition, Camel ESS system is<br />
a highly reliable energy source in emergency<br />
when utility is down.<br />
<strong>Canadian</strong> <strong>Solar</strong> also provides customized<br />
solar system solutions for special solar energy<br />
requirements.<br />
55
A LOOK BEHIND THE<br />
SCENES OF OUR<br />
PRODUCTION SITES<br />
IN CHINA<br />
56
Are you interested in seeing the quality of our<br />
module production facilities and the practices of<br />
our factories in China?<br />
area you want to have a closer look at. A competent<br />
local team will accompany you on your visit and answer<br />
any questions you might have.<br />
<strong>Canadian</strong> <strong>Solar</strong> would like to offer you the unusual<br />
opportunity to have a comprehensive tour of our<br />
production facilities.<br />
What areas are you interested in? Quality control,<br />
certification, test labs, planning, order processing?<br />
Or are you more interested in getting an overall<br />
impression of our factory? Decide for yourself which<br />
Please inform your sales manager if you want to visit<br />
the factory. <strong>The</strong>y will pass your request on to our<br />
customer service center. <strong>The</strong> team there will set a date<br />
for you and arrange the transfer to the hotel and the<br />
factory. It will also organise your hotel and meals*.<br />
Our team will make sure that every aspect of your onsite<br />
visit goes smoothly.<br />
* Please note that these arrangements are the only support we will be able to provide.<br />
<strong>The</strong> law unfortunately prevents us from covering any of the cost of your visit.<br />
57
CONTACT<br />
Headquarter Canada<br />
545 Speedvale Avenue West<br />
Guelph, Ontario, Canada N1K 1E6<br />
T +1 519 837 1881<br />
F +1 519 837 2550<br />
M sales.ca@na.canadiansolar.com<br />
Germany<br />
Landsberger Straße 94<br />
80339 Munich, Germany<br />
T +49 (0) 89 5199689 0<br />
F +49 (0) 89 5199689 11<br />
M sales.eu@canadiansolar.com<br />
U.A.E.<br />
No 115, Level-1 Incubator Building<br />
Masdar City, 135051 Abu Dhabi<br />
T +971 02 698 53 60<br />
F +971 02 698 53 60<br />
M sales.mi@canadiansolar.com<br />
USA<br />
2420 Camino Ramon, Suite 125<br />
San Ramon, CA, USA 94583-4385<br />
T +1 888 998 7739<br />
F +1 925 866 2704<br />
M sales.us@canadiansolar.com<br />
Brazil<br />
Ruo Barao do Triunfo 427<br />
12th floor, Office 1204<br />
Brooklin, Sao Paulo, Brazil,<br />
CEP 04602-001<br />
T +55 11 509 605 25,<br />
F +55 11 509 605 25<br />
M sales.br@canadiansolar.com<br />
Spain<br />
Paseo de la Castellana 79, 7th floor<br />
28046 Madrid, Spain<br />
T +34 91 791 66 24<br />
M sales.eu@canadiansolar.com<br />
UK<br />
1 Lumley Street<br />
London W1K 6TT UK<br />
M sales.uk@canadiansolar.com<br />
South Africa<br />
26 Coachman Close<br />
Midstream 1692<br />
South Africa<br />
M sales.za@canadiansolar.com<br />
China<br />
199 Lushan Road, Suzhou New<br />
District, Jiangsu, China 215129<br />
T +86 512 6690 8088<br />
F +86 512 6690 8089<br />
M sales.cn@canadiansolar.com<br />
58
Japan<br />
Round-Cross Shinjuku 5-Chome 8F<br />
5-17-5 Shinjuku, Shinjuku-ku,<br />
Tokyo, Japan 160-0022<br />
T +81 (0) 3 5312 7301<br />
F +81 (0) 3 5312 7302<br />
M sales.jp@canadiansolar.com<br />
Singapore<br />
101 Thompson Road<br />
#15-03 United Square<br />
Singapore 307591<br />
T +65 6572 9050<br />
F +65 6559 4690<br />
M sales.sg@canadiansolar.com<br />
Japan – Project<br />
Shinjuku Mitsui Building 50F<br />
2-1-1 Nishi Shinjuku, Shinjuku-ku,<br />
Tokyo, 163-0450 Japan<br />
T +81 (0) 3 6911 2901<br />
F +81 (0) 3 3349 1310<br />
M sales.jp@canadiansolar.com<br />
Korea<br />
201 SKHUB B/D, 431 Seolleung-ro<br />
Gangnam-gu, Seoul, Korea<br />
T +02 539 7541<br />
F +02 539 7505<br />
M sales.kr@canadiansolar.com<br />
India<br />
M sales.in@canadiansolar.com<br />
Australia<br />
165 Cremorne Street,<br />
Richmond, VIC 3121, Australia<br />
T +61 (03) 8609 1844<br />
M sales.au@canadiansolar.com<br />
59
www.canadiansolar.com