Sarjan Heights - 25 KW

About the project

Project Date:

09 January, 2024

Energy Generation:

25 KW

Category:

Residential Project

Client / Company:

Sarjan Heights

Project Location:

Simada, Surat, Gujarat

Project Information

Sarjan Heights has implemented a 25 KW solar power plant as part of its commitment to lasting power remedies. The task includes the setup of advanced photovoltaic (PV) solar panels on the building’s roof, taking advantage of sunlight to produce clean electrical power for the property facility.

The 25 KW solar system is developed to produce roughly 37,500 kWh of energy every year, substantially minimizing dependence on conventional grid electrical energy and lowering power prices for homeowners. This solar plant will add to a greener environment by cutting down on carbon discharges, straightening with the worldwide press towards renewable resource adoption.

The setup consists of reliable inverters, cabling, and keeping track of systems that ensure trusted and optimum efficiency. The system is incorporated into the existing electric structure of the structure, making the change to renewable resources seamless. This task sustains Sarjan Levels’ mission to improve power efficiency, promote sustainability, and supply long-lasting expense financial savings, making the house both environment-friendly and economically useful for its owners.

Scope of Project

The range of the 25 KW solar energy plant job at Sarjan Heights includes the layout, installation, and appointment of a rooftop solar (PV) system. The job involves the placement of high-efficiency photovoltaic panels to maximize sunshine capture and energy production for the domestic complex.

Trick parts of the task include the installment of inverters, electric wiring, and safety measures to guarantee the smooth and risk-free assimilation of the planetary system with the existing electrical facilities. The plant will produce roughly 37,500 kWh of tidy energy yearly, considerably minimizing electricity costs and the structure’s reliance on traditional grid power.

The system will certainly be outfitted with tracking devices to track efficiency and guarantee optimal efficiency. This task will certainly add to reducing the carbon impact of Sarjan Heights, advertising lasting power use, and delivering long-term financial and ecological advantages for its locals.