Ўзбекистон республикаси олий ва ўрта махсус таълим вазирлиги наманган муҳандислик – Қурилиш

References 
1. 
W. George Crabtree and S. Nathan Lewis, "Solar Energy Conversion," 
Physics Toda, pp. 37-48, 2007.
2. 
H. Jiang, L. Lu and K. Sun, "Experimental Investigation of the Impact of 
Airborne Dust Depositionon the Performance of Solar Photovoltaic (PV) 
Modules," Atmos-pheric Environment, pp. 4299-4304, 2011.
3. 
R. Puto and R. Arndt, "Basic Understanding of IEC Standard Testing For 
Photovoltaic Panels," TÜV SÜD Product Service, Peabody, MA 01960, 2015. 
4. 
"https://www.iec.ch/," International Electro technical Committee (IEC), 
2019. [Online].
5. 
"www.lgenergy.com.au," lg-solar-neon2-60cell-325w-330w, 2018. [Online]. 
 
 
 
 

---

233 
ENERGY STORAGE WITH SUPERCAPACITOR FOR RENEWABLE 
ENERGY SYSTEM 
Mohamad Amir Hababa, MSc in Renewable Energy Engineering. Lecturer at the 
Higher Institute of Applied Sciences and Technology in Damascus , 
Ghadeer Ghaboor, MSc in Renewable Energy Engineering. Lecturer at the 
University of Damascus 
1. Introduction: 
Since the founding of electrical energy, different effective technologies have 
been found out to store it and to use when there is a demand for that. Then the 
energy storage industry has continued to develop and get used to varying energy 
needs and progresses in technology, as these techniques multiplied in addition to 
diversity of technical approaches to controlling the power supply, in order to create 
a flexible energy infrastructure and achieve cost savings to the grid owners and 
customers. 
2. Research problem: 
The power generation from renewable power sources is variable, because 
these sources are dependent on fluctuating weather conditions, for example 
recently deployed photovoltaic systems, the energy generated by them is highly 
variable. As is known that Energy fluctuations themselves are a problem on the 
public grid and stability of the power system. Therefore, by using energy storage 
systems can be alleviated instability problems.