Solution for 100kW Remote Power Supply to Syria

A 100kW remote power supply in Syria can be effectively implemented using modular energy storage systems, local engineering support, and integration with existing grid or renewable sources.

Modular Energy Storage Systems

One proven solution is the EVB 100kW/230kWh Air Cooling Energy Storage System, deployed by the World Food Programme in Syria. This system combines batteries, control, safety, and cooling in a modular design, making it easy to deploy, safe, and adaptable to challenging conditions. It provides reliable backup power for critical facilities and supports future expansion if higher capacity is needed .

Local Engineering and Supply Options

For procurement, installation, and maintenance, Al-Dakhlalla Engineering Company in Damascus offers comprehensive services for power generation stations, including supply of equipment, spare parts, and installation of cooling and ventilation systems. They can handle inspection, repair, and replacement of components, making them a suitable local partner for a 100kW system . Additionally, Hovag provides complete power distribution solutions, including UPS and backup systems, low-voltage distribution, and control panels, which can be integrated with modular energy storage or generators for industrial or institutional applications .

Grid and Infrastructure Considerations

Syria's electricity grid remains highly unstable, with frequent outages and damaged transmission lines. The World Bank's SEEP project is rehabilitating high-voltage lines and substations, but local supply remains limited, making off-grid or hybrid solutions essential for reliable operation .

Recommended Approach

1. Deploy a modular energy storage system (like EVB 100kW/230kWh) for immediate, reliable power.
2. Engage local engineering companies (Al-Dakhlalla or Hovag) for installation, maintenance, and integration with existing infrastructure.
3. Consider hybrid solutions combining solar PV or small-scale generators to reduce dependency on the unstable grid.
4. Plan for scalability, allowing future expansion beyond 100kW if demand increases. This approach ensures safe, efficient, and stable power supply for remote or critical facilities in Syria, while leveraging local expertise and modular technology for adaptability.