SOLUTIONS

Microgrid Power for Remote Areas
Reliable off-grid power for mining, islands, telecom, and more. Reduce diesel dependence, maximize energy efficiency
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Remote Area Off-Grid Solutions Remote Area Off-Grid Solutions

Energy Challenges in Remote Areas

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Limited Grid Access: Remote sites rely on costly, high-emission diesel generators.

High Electricity Costs: Fuel transport and maintenance drive up operational expenses.

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02 Related Products:EGS120 BESS Cabinet

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The EGS120 is designed to work effortlessly with solar photovoltaic (PV) systems.It features built-in Maximum Power Point Tracking (MPPT) technology.Whether you're building a hybrid microgrid or a fully off-grid system, the EGS120 enables direct PV input, reducing dependency on the grid or diesel generators.

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03 Renepoly Solution

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Energy Resilience: BESS ensures continuous operation for critical infrastructure, preventing downtime and reducing operational costs.

Fuel Savings: Less diesel usage means significant diesel fuel savings.

Lower Maintenance: BESS requires less upkeep than diesel generators, cutting long-term operational expenditure.

Project Checklist

04 Related Project

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3.3 GWh Solar&Storage Flagship Project in the Philippines

Configuration: 3.5GWp Solar PV + 4.5GWh Storage (with 3.3GWh for Peak Shaving)

Delivery Model: EPC turnkey by GEDI, full lifecycle technical consultancy by Renepoly Energy

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Remote Area Off-Grid Solutions

Solutions Contribution

  • dot Integrate existing generators, renewable energy systems (solar, wind, biomass, small hydro), energy storage, and smart energy management.
  • dot Provide functions of load shifting, peak shaving, power backup, and voltage/frequency regulation.
  • dot Enable intelligent management and automatic control of the whole system.
  • dot Minimize diesel/petrol consumption through optimized working logic.
  • dot Reduce harmful pollutants, improving air quality and mitigating climate change.
  • Maintain low noise levels to minimize disturbance to surrounding areas.
  • Mitigate diesel price fluctuations, reducing unpredictable operational costs.
  • Lower overall operation and maintenance expenses due to low regular upkeep costs.
  • Achieve higher overall system efficiency compared to single-energy-source systems.
  • Comply with strict environmental regulations while ensuring reliable energy supply.