RESIDENTIAL
Lucknow, Uttarpradesh
We have delivered efficient solar installations in Lucknow, Uttar Pradesh, helping cut electricity costs and gain energy independence.
6 kW
Plant Capacity
350 sq.ft
Area Covered
7,500
Units Produced / Year
6 to 8 tons
CO₂ Saved/Year
RESIDENTIAL
Jaipur, Rajasthan
An 8KW Non-DCR solar installation in Jaipur, Rajasthan, efficiently utilizes 480 sq. ft. of rooftop space to generate around 14,600 units of electricity annually, significantly reducing electricity costs.
8 kW
Plant Capacity
480 sq.ft
Area Covered
14,600
Units Produced / Year
9 to 9.5 tons
CO₂ Saved/Year
RESIDENTIAL
Lucknow, Uttarpradesh
3kW Off-Grid Solar System installed in Lucknow covering 250 sq ft area and generating around 4,300 units of clean energy every year.This eco-friendly setup helps save electricity costs while reducing 4 to 4.5 tons of CO₂ emissions annually for a greener future.
3 kW
Plant Capacity
250 sq.ft
Area Covered
4,300
Units Produced / Year
4 to 4.5 tons
CO₂ Saved/Year
RESIDENTIAL
Indore
Installed in Indore, this 3kW On-Grid DCR solar system efficiently powers daily energy needs while producing nearly 4,380 units of electricity every year.
3 kW
Plant Capacity
200 sq.ft
Area Covered
4,380
Units Produced / Year
3 to 5 tons
CO₂ Saved/Year
RESIDENTIAL
Raigad, Maharashtra
This 3 kW off-grid solar system in Raigad generates approximately 4,300 units of clean energy annually, helping reduce electricity dependence and promote sustainable living. Installed across 200 sq.ft, this solar power solution saves up to 4 tons of CO₂ emissions every year through reliable renewable energy generation.
3 kW
Plant Capacity
200 sq.ft
Area Covered
4,300
Units Produced / Year
3.5 to 4.5 tons
CO₂ Saved/Year
RESIDENTIAL
Vrindavan Uttarpradesh
This 3 kW on-grid solar system installed across 200 sq.ft generates approximately 4,200 units of clean solar energy annually, helping reduce electricity bills significantly.The solar panel installation also offsets 3.5–4.5 tons of CO₂ emissions per year, making it an efficient and eco-friendly renewable energy solution.
3 kW
Plant Capacity
200 sq.ft
Area Covered
4,200
Units Produced / Year
3.5 to 4.5 tons
CO₂ Saved/Year
RESIDENTIAL
Ambernath , Maharashtra
We have successfully completed a 3 kW rooftop solar installation in Ambernath, covering 270–300 sq. ft. and generating approximately 4,200–4,800 kWh of clean solar energy annually for reliable and cost-effective power, , delivering a sustainable solar energy solution for a greener future.
3 kW Ongrid DCR
Plant Capacity
270 sq.ft to 300 sq.ft
Area Covered
4,200 to 4,800
Units Produced / Year
3.5 to 4 tons
CO₂ Saved/Year
RESIDENTIAL
Sriganganagar,
Rajasthan
We successfully installed a 3 kW rooftop solar system in Rajasthan, covering 270–300 sq. ft. and delivering reliable, clean energy for residential use, helping homeowners significantly reduce their electricity bills while maximizing energy efficiency.This solar panel installation in Rajasthan supports a cleaner environment and a more sustainable future.
3 kW Ongrid DCR
Plant Capacity
270 to 300 sq.ft
Area Covered
5,100 to 5,700
Units Produced / Year
4.2 to 4.8 tons
CO₂ Saved/Year
RESIDENTIAL
Mukutban, Maharashtra
A 3 kW rooftop solar system was installed in Mukutban, Maharashtra, utilizing approximately 270–300 sq. ft. of rooftop space. The system is expected to generate around 4,200–4,800 units of clean electricity annually, helping reduce dependence on conventional grid electricity.
The project can contribute to an estimated 3.5–4.0 tonnes of CO₂ savings every year, making it a practical solution for reducing electricity costs while supporting cleaner energy generation.
3 kW Ongrid DCR
Plant Capacity
270 sq.ft to 300 sq.ft
Area Covered
4,200 to 4,800
Units Produced / Year
3.5 to 4 tons
CO₂ Saved/Year
RESIDENTIAL
Zari, Maharashtra
This 3 kW rooftop solar installation in Zari, Maharashtra, covers approximately 270–300 sq. ft. of rooftop area. Based on the provided project figures, the system is expected to generate approximately 5,100–5,700 units of electricity annually.
The higher estimated generation reflects favorable solar conditions and system/site factors. The project can help reduce conventional electricity consumption while delivering approximately 4.2–4.8 tonnes of CO₂ savings per year.
3 kW Ongrid DCR
Plant Capacity
270 to 300 sq.ft
Area Covered
5,100 to 5,700
Units Produced / Year
4.2 to 4.8 tons
CO₂ Saved/Year