171117_SECAP of Greater Irbid Municipality_SET_rev2
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The annual consumptions with LED lamps in KWh= Equivalent led lamp in watt * Quantity <strong>of</strong> Lamp * annual operation hours<br />
(4,400 average12 hours <strong>of</strong> daily operation) divided by 1,000 (to convert to KWh).<br />
The calculated reduction in consumptions by applying the actions is presented in the table below<br />
Sector<br />
Street<br />
lighting<br />
Lamp Type in<br />
watt<br />
Lumen per watt<br />
LED lumen per<br />
watt<br />
Equivalent<br />
LED lamp in<br />
watt<br />
Quantity<br />
<strong>of</strong> Lamp<br />
Annual<br />
consumptions with<br />
LED lamps in KWh<br />
HPM 125 50 137 46 25,275 5,073,425<br />
HPS 70 117 137 60 18,806 4,946,589<br />
HPS 150 117 137 128 3,510 1,978,636<br />
HPS 250 117 137 160 1,053 741,396<br />
Estimated consumption with LED lights 12,740,046<br />
Estimated consumption with Dimming control 9,979,703<br />
Estimated consumption with Astronomic timer 9,072,457<br />
The current situation<br />
Sector<br />
Lamp Type in watt<br />
Annual Consumptions in<br />
KWh<br />
Quantity <strong>of</strong> Lamp<br />
Street lighting HPM 125 13,901,184 25,275<br />
HPS 70 5,792,160 18,806<br />
HPS 150 2,316,864 3,510<br />
HPS 250 1,158,432 1,053<br />
Total 23,168640 48,644<br />
The estimated saving is 23,168,640 – 9,071,457= 14,097,183<br />
The estimated saving in year 2030 will be 14,097,183 *1.62= 22,837,436 KWh.<br />
Action can be summarised as follows<br />
Modern street lighting system<br />
- Replacement <strong>of</strong> photovoltaic cells with an Astronomical time delay and the installation <strong>of</strong> lightning protection;<br />
- Replacement HPS lighting is a novelty <strong>of</strong> LED (with smart drivers);<br />
- Activate the role <strong>of</strong> periodic maintenance.<br />
General objectives<br />
Setting street lighting measures is <strong>of</strong> great importance as the operational bill is becoming high; and due to the technological<br />
advancement, effective and successful solutions have come to be available. For example, incorporating the advanced and<br />
effective LED lighting <strong>of</strong>fers high results in energy efficiency.<br />
Therefore, there should be appropriate measures that would help in reducing energy consumption and costs and improve<br />
services. By implementing such measures, consumption will be reduced from 37,533 MW to 14,097 MW by 2030, and costs<br />
from JOD 5,479,818 to JOD 2,058,162, thus saving an annual rate up to JOD 3,421,656.<br />
Saving energy consumption value<br />
- Improving services;<br />
- Reducing emissions;<br />
- Saving energy consumption values in street lighting and energy bill;<br />
- Utilizing clean energy for street lighting;<br />
- Improving the intensity <strong>of</strong> street, parks and building lighting;<br />
- Raising citizen’s awareness and encouraging them to replace lighting units with energy efficient ones.<br />
Technical description<br />
- Main Technology to implement and equipment to use<br />
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