Moya Aetra Tangerang – 327.80 kWp On-Grid Solar PV Project
Completed in 2024, the 327.80 kWp On-Grid Solar PV Project at Moya Aetra Tangerang demonstrates the company’s commitment to improving energy efficiency while supporting Indonesia’s renewable energy transition. The rooftop solar power system provides clean electricity for daily operations and helps reduce dependence on conventional grid electricity.
The installation integrates high-performance photovoltaic modules with a reliable on-grid inverter system, enabling solar energy to be consumed directly during operational hours. This approach improves energy efficiency without disrupting existing electrical infrastructure.
As one of the growing commercial solar rooftop projects in Indonesia, the system reflects how businesses can integrate renewable energy into everyday operations while strengthening long-term sustainability strategies and Environmental, Social, and Governance (ESG) commitments.
Renewable Energy
Generate clean electricity from solar energy to reduce dependence on fossil-fuel-based power generation.
Energy Efficiency
Optimize electricity consumption during daytime operations while improving overall energy performance.
Sustainability
Support carbon emission reduction initiatives and corporate sustainability goals through renewable energy adoption.
Project Overview
- Project Name: Moya Aetra Tangerang Solar PV Project
- Location: Tangerang, Indonesia
- Installed Capacity: 327.80 kWp
- Project Completion: 2024
- System Type: On-Grid Rooftop Solar PV
- Application: Commercial Water Utility Facility
- Technology: High-Efficiency Photovoltaic Modules with Grid-Tied Inverters
- Primary Benefits: Renewable Energy Generation, Lower Electricity Costs, Reduced Carbon Emissions, Improved Operational Efficiency, ESG Support
Planning a Commercial Solar Rooftop Project?
Our engineering team provides end-to-end EPC solutions for commercial and industrial solar power systems across Indonesia, helping businesses reduce electricity costs while achieving sustainability targets.
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