Office Address
G13/1 Markaz, Islamabad commercial
Email Address:
Office Address
G13/1 Markaz, Islamabad commercial
Email Address:
CLIENTAli Abbas
TECHNOLOGYHybrid Solar Power
SYSTEM SIZE11 kWp
ANNUAL OUTPUT14,300 kWh
The Rewtech team proudly completed the design, supply, and installation of an advanced 11kW Hybrid Solar Power System in March 2024 at G-10/1 Sector, Islamabad. This high-performance system incorporates Longi 580W solar panels, known for their exceptional efficiency and durability, along with a cutting-edge Lithium-ion battery, ensuring optimal energy storage and long-term reliability.With a total capacity of 210.5 kWh, this installation significantly enhances energy independence by reducing reliance on the national grid while promoting sustainability through clean and renewable energy. The system is designed to provide uninterrupted power supply, ensuring efficiency in both residential and commercial applications.
CLIENTAli Abbas
TECHNOLOGYHybrid Solar Power
SYSTEM SIZE24 kWp
ANNUAL OUTPUT23500 kWh
The Rewtech team successfully completed the supply and installation of a 24kW Hybrid Solar System in April 2023 at the FAO Office, Agricultural University. Featuring a 24kW Nitrox Hybrid Inverter and 45 high-efficiency JA Solar panels (545W each), this system ensures maximum power generation, reliability, and sustainability with a 24 kWh storage capacity.This project reinforces Rewtech’s commitment to sustainable energ
This project highlights Rewtech’s commitment to delivering cutting-edge solar solutions, helping institutions transition to greener, more energy-efficient alternatives for a sustainable future.
CLIENTRefugees Village
TECHNOLOGY4Hp Solar Water Pump
SYSTEM SIZE6000 W Solar Pump
ANNUAL OUTPUT25999 kWh
The Rewtech team successfully completed the design, installation, and commissioning of a 4HP Solar Water Pump System in January 2021 at the Refugees Village, KPK. This project involved the installation of three 6000W solar pumps in Mansehra, designed to efficiently extract water from a 300ft bore with a 1.5” delivery capacity.
This solar-powered water pumping solution ensures a sustainable and reliable water supply for the community, reducing dependence on conventional energy sources. By integrating advanced solar technology, Rewtech continues to support clean energy initiatives and enhance water accessibility in remote areas.
CLIENTZaygham Abbas
TECHNOLOGY10kw On Grid Solar System
SYSTEM SIZE595 w Solar Panels
ANNUAL OUTPUT25999 kWh
In May 2024, a 10kW On-Grid solar power system was successfully installed at Tench Bhatta, Rawalpindi Cantt. This system features Jinko N-Type Bifacial 595W solar panels, known for high efficiency and durability. A Lithium-ion battery was integrated for enhanced energy storage and backup. High-quality inverters and mounting structures ensure optimal energy conversion and grid synchronization. With a total cost of PKR 235,090, this system provides sustainable energy, reduces electricity costs, and supports an eco-friendly future. The project demonstrates a strong commitment to renewable energy solutions, promoting energy independence for residential and commercial applications.
CLIENTAli Zain
TECHNOLOGY 5000 Gpd RO
SYSTEM SIZE8kw
ANNUAL OUTPUT10000-15000 kWh
In November 2023, a 5000 GPD Reverse Osmosis (RO) plant with a TDS range of 10,000-15,000 ppm was successfully installed and solarized with an 8kW hybrid solar power system at Murad Brohi GOT, Gadap Town, Karachi. This community-based project ensures a sustainable and uninterrupted water purification process, powered by renewable energy.
The installation included complete plumbing work, high-quality filtration components, and a reliable solar power system for energy efficiency. With a total cost of PKR 235,090 kWh, the project promotes clean drinking water access and sustainable energy solutions for the local community.
CLIENTIMCG SCHOOL
TECHNOLOGY solar System Design
SYSTEM SIZE7kw
ANNUAL OUTPUT17800 kWh
In May 2023, consultancy services were provided for the design and implementation of solar power systems in four government schools located in IMCG Schools, Shah Allah Dita, Tarnol, and Sanijani, Islamabad. The project involved assessment, system designing, tendering, evaluation, monitoring, and completion consultancy, ensuring a smooth and efficient transition to renewable energy.
By integrating solar power, the schools now benefit from sustainable and cost-effective energy solutions, reducing dependence on the grid. This initiative enhances energy reliability, promotes environmental sustainability, and supports better learning conditions for students through uninterrupted power supply.
CLIENTMr Rizwan Khan
TECHNOLOGY 11kw hybrid Solar
SYSTEM SIZE580W Panels
ANNUAL OUTPUT26800 kWh
In March 2024, an 11kW Hybrid Solar Power System was successfully designed, supplied, and installed at G10/1 Sector, Islamabad. The system features Longi 580W solar panels, known for their high efficiency and durability, paired with a Lithium-ion battery to ensure reliable backup power and energy storage.
This installation enhances energy independence by integrating solar power with the grid, reducing electricity costs while ensuring uninterrupted power supply. High-quality inverters and mounting structures were used to optimize energy conversion, maximizing solar utilization. The project reflects a strong commitment to renewable energy adoption, promoting sustainability and long-term energy savings.
CLIENTMr Mubashir Mehdi
TECHNOLOGY 1 Hp Water Pump
SYSTEM SIZE300 Fit bor & 1.5 Pipe Line
ANNUAL OUTPUT8000 kWh
In January 2021, a 1HP solar water pump system was successfully designed, installed, and commissioned at Refugee Villages, KPK. The project included the installation of a 2500W solar-powered pump with a 300ft bore and a 1.5” delivery pipeline, ensuring a sustainable and efficient water supply for the community.
This solar-powered solution provides clean and reliable water access, reducing dependence on conventional energy sources while promoting eco-friendly water pumping. The system enhances water security and accessibility, significantly improving the livelihood and well-being of the local residents by offering a cost-effective and long-term water supply solution.
