Interconnected hybrid power plants
We develop interconnected hybrid power plants, both utility-scale and rooftop (behind-the-meter) installations. These projects combine renewable energies with the electrical grid, in some cases integrating storage systems or generators according to the needs.

Our hybrid solutions maximize synergies between different energy sources, providing reliable, sustainable and economically viable solutions.
Hybridization of conventional systems with renewable energies requires careful optimization to define the contributions of each source. Technical studies to ensure the electrical stability of the system are crucial, especially in large projects, where grid stability analyses are required to guarantee robust operation.

Hybridization is sometimes done on an existing project to replace costly and polluting sources (e.g. 100% diesel) and in these cases, hybridization with renewable energy brings economic savings and a reduction of negative impacts.

What do we achieve with hybrid power plants?

Resilience
Savings in fuel expenditure
More service reliability, more service hours

Stable and continuous power supply

Reduced dependence on imported fossil fuels

Reduction of environmental impacts such as emissions and noise
Promote local economic and social development

Featured Projects

Federated States of Micronesia (FSM)

Owner’s Engineer for Chuuk Public Utility Corporation (CPUC)

Papua New Guinea (PNG)

Technical Consultant to IFC on Papua New Guinea Mini Grids

Afghanistan

Updated Feasibility Study & Detailed Design of a Hybrid Power System, at Mirwais Regional Hospital in Kandahar

Construction and Operation
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