
Hybrid Power
Overview
Hybrid Power
The trend to decentralized, modular and flexible solutions has been gaining momentum in industrial and residential applications and in remote, unconnected communities. This development facilitates the integration of local renewable energy resources (wind, solar, biogas), base-load/back-up units (diesel, biomass) and storage facilities (e.g. battery storage) into a properly controlled, effective and stable supply network. There are several challenges to be addressed, the most important being maintaining local grid stability in real-time operation.
Fields of Expertise
- Design of complex, distributed energy supply systems
- Feasibility studies and FEED
- Grid studies
- Permitting
- Project management, quality assurance, quality control
- Tendering, contract management
Key Highlights
- First large-scale PV hybrid power plant in West Africa (8 interconnected PV and hybrid power plants in Senegal)
- First large-scale PV hybrid power plant in Maldives (PV-Battery-Diesel Gen Set, hybridization of 166 islands on Maldives)
- First large-scale PV-diesel hybrid power plant in UAE
References
Proven Impact Through Real-World Projects
Get in Touch
Insights
ESMO-Energy-System-Modelling-and-Optimization.pdf








