Our solutions

Self-consumption

GDS International, expert in solar solutions, supports you at every stage of your self-consumption power plant project.

Solar self-consumption projects require special expertise and customized approach

GDS International masters the sizing and implementation of solar photovoltaic power plants designed to produce energy which, instead of being sold back to the grid, is consumed directly on site (in whole or in part). These installations enable our customers to reduce their electricity bills and improve their energy mix.

These solutions are designed and customized for all types of clients, whatever their needs.

The advantages of a self-consumption photovoltaic power plant

GDS International can help you reduce your electricity bill through self-consumption solar projects :

Construction of ground-mounted or roof-mounted power plants
Construction of parking lot shading systems
On-site self-consumption of electricity
Leasing or turnkey EPC contracts

Principle

Generate the energy consumed by industrial facilities and compensate for conventional energy.

On-grid solutions

“Behind-the-meter” solution to reduce energy consumption during the day (PV only)

Off-grid solutions

Hybrid system to reduce fuel consumption (PV + Battery + Generator)

Reliable solution

The system is always connected to the grid/generators

Custom-designed system to limit energy export

Valorization of unused areas (roof, landfill, etc.)

GDS International supports you every step of the way

We guarantee :

Diversification of the energy mix with clean, competitive renewable energy
Savings through reduced fuel consumption and lower electricity bills

Reference for self-consumption hybrid solar plant

Lamto research center, Ivory Coast

Type : Off-grid PV + storage
Installed capacity : 180 kW / 500 kWh
Features : ground-mounted PV, lithium storage, LV interconnection, Energy management system
Objective : Make the Lamto research center self-sufficient thanks to clean and free solar energy

Make the Lamto research laboratory self-sufficient thanks to decarbonized energy