About
Hybrid Energy Solutions is a UK-based research and development company focused on advancing renewable energy systems to improve their affordability, reliability, and sustainability, particularly in high-temperature and challenging operating environments.
Our work is grounded in applied engineering research and real-world validation. We combine academic insight, industrial collaboration, and international field testing to develop technologies that address performance limitations in solar photovoltaic systems and support long-term energy resilience.
Hybrid Energy Solutions has delivered government-funded research projects, including Innovate UK–supported programmes, working in collaboration with universities, research institutions, and industrial partners across the UK, Africa, and the Middle East. Our approach bridges the gap between research and deployment, ensuring that innovations are technically robust, manufacturable, and aligned with real-world needs.
As we progress from validated research into early commercial deployment, our focus remains on developing practical, scalable solutions that contribute to a more resilient and sustainable global energy system.
Traction- Achievements
Reports / Publications:
Hybrid Energy Solutions’ work is informed by peer-reviewed research and technical studies focused on renewable energy systems, solar PV performance, and hybrid energy solutions in developing and high-temperature regions.
The Current and Emerging Renewable Energy Technologies for Power Generation in Nigeria (2019)
Hybrid Systems Based on Solid Oxide Fuel Cells: Modelling and Design (2017)
Solid Oxide Fuel Cell Hybrid Systems: A Review of an Environmentally Clean and Efficient Energy Source (2019)
Rooftop Solar PV and BIPV Potential in Africa (In progress).
Hybrid Energy Systems Potential in Africa (In progress).
Rooftop Solar PV Potential in Khartoum, Sudan (Accepted for publication, 2022).
Research & Development Projects:
Hybrid Energy Solutions has delivered and contributed to multiple research, development, and deployment projects across the UK and Africa, spanning early-stage research, feasibility studies, and field implementation.
Innovate UK–funded StegoSolar Project — Research, design, and development of a passive cooling heatsink for solar PV modules, delivered in collaboration with NASENI Solar Energy Limited (Nigeria), London South Bank University, and Loughborough University
Hybrid Energy Systems Feasibility Study for Sub-Saharan Africa — Grant-funded project delivered with London South Bank University (ongoing)
10 kW Solar-Powered Water Pump Installation, Sudan — Design and deployment of a solar energy pumping system (completed)
Climate-Aware Design and Production of PV Modules for Extended Service Life in Nigeria (completed)
Rapid Development Platform for Photovoltaic-Based Energy Technologies (completed)
