This project focused on the deployment of a solar PV system on the client’s rooftop facility to offset conventional grid power usage. The solution was designed for seamless integration with existing infrastructure, offering improved energy efficiency and cost savings for electronic manufacturing operations.

Designed for a large-scale industrial setting, this rooftop solar installation enhances the company’s sustainability goals by reducing reliance on fossil fuels. It includes a comprehensive monitoring system to track performance and ensure maximum yield.

This project involved engineering and installation of a high-efficiency solar rooftop system tailored to meet the client’s precision electronics production demand. It significantly contributes to peak load reduction and supports ESG (Environmental, Social, and Governance) compliance.

Executed for a heavy industrial facility, this solar PV installation was designed to optimize daytime electricity usage, reduce diesel generator dependency, and maintain resilience in operations through grid-tied configuration.

This project involved the installation of a hybrid rooftop solar PV system at PT Ecogreen Oleochemicals’ industrial facility. The system integrates photovoltaic panels with energy storage components, enabling seamless power supply during peak loads and grid interruptions. It was designed to enhance energy independence, reduce operational costs, and align with the client’s commitment to environmental sustainability.

This project consisted of a tailored residential solar PV system installation designed to meet the energy needs of a household or small-scale facility. The system includes rooftop-mounted photovoltaic panels and is optimized for high efficiency and low maintenance. It aims to reduce dependence on the local power grid, minimize electricity costs, and contribute to cleaner energy adoption at the residential level.