At Elite-Solar-Gen, we are passionate about renewable energy and committed to making clean, reliable power accessible to everyone. Our mission is to help individuals, businesses, and industries transition to sustainable energy solutions while ensuring energy security and efficiency.
We are a team of experienced engineers and energy experts who specialize in providing high-quality solar packages and diesel generators. Our expertise in solar system design, engineering consultancy, and technical specifications allows us to offer customized solutions that meet the unique needs of our customers.
A 10kW solar system is ideal for large homes or small businesses, generating around 8,500 kWh annually. It typically includes 25-30 panels and may require 70m² of roof space. Durable for 25-30 years.
A 20kW solar system is perfect for businesses or high-energy homes, producing about 17,000 kWh annually. It requires around 130m² of roof space and consists of 50-60 panels. Reliable for 25-30 years.
A 50kW solar system is ideal for medium businesses, producing approximately 42,500 kWh annually. It typically requires 325m² of roof space and includes around 125 panels.
A 100kW solar system is suitable for large businesses or industrial facilities, generating around 85,000 kWh annually. It typically covers 650m² of roof space and consists of approximately 250 panels, , promoting significant energy efficiency and sustainable operations.
A 1000kW solar system is designed for large industrial facilities, generating approximately 850,000 kWh annually. It requires around 6,500m² of roof space and incorporates about 2,500 panels, enabling substantial energy savings and promoting eco-friendly practices.
A 5000kW solar system is tailored for massive industrial complexes or utility-scale installations. It generates approximately 4,250,000 kWh annually, requiring around 32,500m² of roof or ground space and utilizing around 12,500 panels for outstanding energy efficiency and sustainability.
A 15 kW hybrid solar energy system has been installed in Middle East, combining advanced photovoltaic technology with a complementary energy storage solution. The system was designed to harness the region’s abundant sunlight while ensuring a reliable and consistent energy supply, even during periods of low solar generation. Meticulous planning was undertaken to optimize panel orientation and maximize solar exposure, enhancing efficiency. This sustainable solution has significantly reduced dependence on conventional energy sources, lowered carbon emissions, and minimized long-term energy costs, representing a significant step toward energy independence and environmental conservation.
