161117_Jordan_ASEZA_SECAP_Revised
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3.3.1 <strong>ASEZA</strong> lighting study & System upgrade<br />
First thing required before any new measure, in the herein sector, is to prepare and submit a<br />
detailed study (Lighting feasibility study). The study will present the current situation and it<br />
will examine and suggest any additional measures to be taken besides lamps’ replacement, in<br />
order to achieve the envisaged energy savings while keeping high efficiency in the street<br />
lighting. These measures could be the increase or reduction of the distance between the<br />
lighting poles, in order to improve light quality or reduce phenomena of light pollution.<br />
Subsequently the first proposed measure is to replace the sodium (12,000 x 275W) and<br />
mercury (6,000x275W) lamps with LED lamps. This action will ensure great monetary savings<br />
for <strong>ASEZA</strong> and significant reduction in electricity consumption. These two actions constitute<br />
part of the “Rationalize energy consumption used in street lighting” project fiche, where there<br />
is provided a more detailed analysis of the related costs and calculated energy savings. Key<br />
data on the action is presented in the below table.<br />
Table 31: Action 2.1 in numbers<br />
<strong>ASEZA</strong> lighting study & System upgrade<br />
Duration 2018 - 2025<br />
Total Implementation Cost (JOD)<br />
3,582,683 (total #5 fiche cost)<br />
Annual Energy Savings (MWh) 8,649.64<br />
Annual Emission Reduction (tn CO 2) 5,019.09<br />
Funding Source<br />
Own funds, IFIs, EU Funds and Programs, other<br />
external funds<br />
Net Present Value (NPV) >0<br />
3.3.2 Solar cells installation for lighting network<br />
Another action planned is to build power systems based on micro-technology and the use of<br />
solar cells and components of the current lighting network, including the installation of ongrid<br />
PV micro inverters, to reduce the electricity consumed by the Electricity Distribution<br />
Company. The PV panels’ capacity will be 225 KWp and they will cover a part of the street<br />
lighting’s electricity consumption thus reducing the CO 2 emissions. More details about this<br />
action are available in the respective project fiche. Key data on the action are presented<br />
below.<br />
Table 32: Action 2.2 in numbers<br />
Solar cells installation for lighting network<br />
Duration 2018 - 2025<br />
Total Implementation Cost (JOD)<br />
3,582,683 (total #5 fiche cost)<br />
Annual Energy Production (MWh) 382.00<br />
Annual Emission Reduction (tn CO 2) 221.66<br />
Funding Source<br />
Own funds, governmental funds<br />
Net Present Value (NPV) >0<br />
3.3.3 Green procurement procedures for the future lighting equipment<br />
Green procurement constitutes the procedure where the municipalities seek to procure goods<br />
with reduced environmental impact throughout their life cycle and high efficiency standards.<br />
In this way selection of products that minimize environmental impacts takes place,<br />
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