February 2025

Can data combat climate change? The answer echoed resoundingly at the Kenya Climate Compatible Growth (CCG) Network Annual Workshop 2025, organised by the Strathmore Energy Research Centre.

From February 18-19, experts from academia, industry, government, and international partners converged to tackle this critical question head-on.  The theme? ‘Data to Deals: From Insights, Impact, and Investment Opportunities.’

Harnessing the power of the Data-to-Deals (D2D) framework, a proven methodology originating in Costa Rica and championed by CCG, participants explored how integrating policy, finance, and research can unlock climate investment potential. This structured approach analyzes successful strategies, paving the way for scaling impactful solutions.

Dr. Elizabeth Tennyson, Senior Research Associate at the University of Cambridge, set the stage, emphasizing the vital role of partnerships in shaping a climate-compatible future. She lauded Strathmore’s leadership in fostering multi-year collaborations and highlighted Kenya’s pioneering role as CCG’s first African partner country.

“CCG now has eight partner countries, four in Africa and four in Asia, as we have recently added Malawi and Nepal as CCG partner countries. Kenya was CCG’s first partner country in Africa and has been an excellent example of what success looks like throughout the programme,” she said.

Leading the charge for Kenya’s climate investment agenda, Mr. Martin Mutembei, Kenya CCG Network Lead Coordinator at Strathmore Energy Research Centre, emphasized the Triple Helix approach, where academia, government, and industry join forces.

“By leveraging insights, we can bridge gaps, drive innovation, and accelerate sustainable development,” he stated.

The workshop crackled with energy as participants delved into data-driven decision-making. Dr. Chinagorom Ajike, CCG Country Partnerships Coordinator, led the Kenya CCG Network Review, reflecting on 2024 milestones and emphasizing the need for inclusive innovation, embedded research, and local capacity building.

Success stories, such as Makueni County’s groundbreaking energy initiatives, were powerful testaments to how data-driven insights translate into impactful, sustainable investments. By harnessing real-time data, the county has successfully implemented renewable energy solutions, setting a benchmark for other regions.

Industry leaders from BasiGo Kenya and Practical Action demonstrated how businesses are leveraging data analytics to scale green investments, revolutionize sustainable transport, and drive Kenya’s transition to a low-carbon economy. Their innovations in e-mobility and clean energy adoption highlighted the crucial role of data in de-risking investments, informing policy, and accelerating climate-smart solutions.

Special Interest Groups (SIGs) convened to map investment opportunities and define critical data needs in areas such as Low-Carbon Transport, Clean Cooking, Climate Entrepreneurship, and Policy Pathways.

Eng. Boniface Kinyanjui, Deputy Director, Electricity, EPRA underscored the power of data in financial modeling and risk mitigation. “Data is not just numbers. it is the bridge to sustainable financing,” he remarked, reinforcing the role of real-time data collection and analysis in shaping energy investments.

Day Two delved deeper into the practical side of climate finance. Dr. Lara Allen, CEO of the Centre for Global Equality, delivered a compelling analysis of entrepreneurial ecosystems, cautioning that 80% of startups fail due to a lack of strategic support. She challenged academia to fill this gap and help innovators transition from promising ideas to viable enterprises.

Paul Mbole, Board Member, Kenya Climate Innovation Center (KCIC) and P4G Partnerships Kenya National Platform Liaison, echoed this sentiment, emphasizing the need to support climate entrepreneurs in navigating the journey from innovation to commercial viability.

Dr. Benard Alunda, Taita Taveta University, Dr. Alycia Leonard, University of Oxford, Tonny Kukeera, University of Manchester, and Faith Njaramba, Strathmore University Business School shared insights on Climate-Smart Solutions and Climate Adaptation Entrepreneurship, demonstrating how academia is turning climate challenges into economic growth opportunities.

In an era where climate finance is crucial, Emmah Kosgei, a Carbon Offset Expert, unpacked the complexities of Carbon Asset Development, explaining how carbon finance mechanisms drive sustainable investments.

Additionally, David Nyawa from Africa Minigrid Developers Association showcased how data is transforming the mini-grid sector, enhancing efficiency, scalability, and clean energy access.

The resounding takeaway? Data is the bedrock of climate action. It fuels informed decisions, unlocks financing, and drives policy transformation.

In his closing remarks, Dr. Churchill Saoke, Director, Strathmore Energy Research Centre, said the challenge now lies in scaling these insights into tangible climate investments, a mission that will require continued collaboration between government, academia, and the private sector.

“As the Kenya CCG Network moves into its next phase, Strathmore University remains committed to fostering impactful research and partnerships that drive sustainable growth. The focus should now shift to one critical goal; turning data-backed policies into real investment opportunities,” said Dr. Saoke.

Strathmore University, a leader in research and innovation in Africa, has officially partnered with Chemnitz-based move technology GmbH to advance cutting-edge solutions in green energy, artificial intelligence, and sustainable mobility. The two institutions have signed a Memorandum of Understanding (MoU), marking the beginning of a strategic collaboration to drive innovation in Africa’s renewable energy sector.

Dr. Jörn Seebode, Managing Director at move technology, emphasized the significance of the partnership saying, “Strathmore University is a globally recognized institution at the forefront of research and education. Our shared commitment to energy efficiency and sustainability makes this collaboration a perfect fit. Together, we will pioneer solutions that not only enhance Africa’s energy landscape but also contribute to global sustainability goals.”

The collaboration will focus on key sectors, including renewable energy, sustainable mobility, and advanced software and AI solutions. Specific areas of cooperation include:

~Designing sector-coupled energy systems

~Developing micro-grids, with or without hydrogen integration

~Establishing independent power supply solutions for buildings, municipalities, and factories

~Planning charging infrastructure and hydrogen refueling stations

~Creating digital and AI-driven platform solutions

~Implementing education and training programs

“This partnership is a game-changer,” stated Prof. Izael Da Silva, Deputy Vice-Chancellor, Research and Innovation. “By combining our research expertise with move technology’s industry knowledge, we are set to develop targeted energy solutions that address Africa’s growing demand for clean and sustainable power systems.”

The collaboration will prioritize project preparation, including identifying strategic partners and customers, developing project content, building business cases and securing funding.

The MoU serves as a catalyst for technology transfer between Europe and Africa, ensuring that research-driven solutions have a direct impact on industries and communities. move technology will support the implementation of projects from concept to execution, helping accelerate market-ready innovations.

Article written by Stephen Wakhu

The sun—always there, always blazing, flooding the earth with its golden rays. It fuels our weather, warms our days, and yet, despite its endless supply, remains one of the most underutilized sources of energy. Positioned within the Global Solar Belt, Africa holds immense untapped potential to lead in sustainable energy solutions. All it needs is a spark—just the right knowledge to unlock its full potential.

The Strathmore Energy Research Centre (SERC), in its full capacity, is igniting this spark. As a hub of excellence and innovation, and in its commitment to accelerating the adoption of renewable energy solutions, partnered with UK Aid, Innovate UK, Energy Catalyst, and SolarisKit to host the 2nd Cohort of the Fundamental Course on Solar Hot Water System Installation—a five-day intensive program designed to equip individuals with the skills and knowledge to harness solar energy effectively. This transformative initiative brought together 28 industry experts in solar, electrical, and renewable energy from government institutions, private sector and academia, all eager to deepen their expertise and drive sustainable energy solutions forward. 

From the very first session, the course was an eye-opener and nothing short of insightful. Participants explored the core concepts of solar technology, its advantages, and how it stacks up against other renewable energy sources.

If Day one of the training set the foundation, Day two was the ultimate game-changer! Led by Ignatius Maranga, Electrical Engineer and Trainer at SERC, students got their hands dirty with a practical Solar Thermal Installation Guide. They dissected the mechanics of solar hot water systems, comparing different technologies, including Bosch Africa’s solar water heating system. But learning wasn’t confined to theory—participants put their knowledge to the test through an interactive quiz. With questions flying and minds racing, teamwork became the secret ingredient to success. Debates sparked, discussions flourished, and concepts clicked into place, proving that learning is most powerful when it’s collaborative. 

As the days unfolded, the excitement only grew. Day three was all about mastering system installation and design, diving into safety protocols, and understanding key factors in solar thermal system efficiency. The sessions were not just insightful but hands-on, bridging the gap between theory and real-world application. Day four took a crucial turn, focusing on regulatory compliance, documentation, and system maintenance—because building a solar system is one thing, but ensuring its longevity and efficiency is another. Participants gained the necessary knowledge to uphold industry standards and maintain systems for years to come.

Finally, the moment everyone had been waiting for—Graduation Day! Day five marked the culmination of an intense but rewarding journey. Dressed in crisp blue sashes and beaming with pride, participants gathered at the Microsoft Auditorium to celebrate their achievement. The event was graced by industry leaders, including Titus Njenga, Commercial Manager at Davis & Shirtliff; Zacharia Lukorito, Director of Standards Development and Trade at KEBS; and Dr. Oketch, Director at EPRA, alongside Prof. Izael Da Silva, Strathmore University’s Deputy Vice-Chancellor for Research and Innovation. Their presence underscored the growing momentum in Kenya’s renewable energy sector. With words of encouragement and invaluable insights, the leaders urged the graduates to become the “rays” of hope driving Kenya’s clean energy future. As they stepped forward, certificates in hand, it wasn’t just about what they had learned—it was about the impact they were now ready to make.

For our participants, the five-day course was well worth the effort—every lesson, every hands-on experience, every moment!

“This course was truly eye-opening! It was my first time working on a Solar Hot WaterSystem, and the hands-on training made all the difference. What an honor to be part of this class!” ~ Ivy Wangusi

“I hope what I’ve learned will open doors for me in the field and beyond.” ~ Andrew Kamau

To re-elaborate the university’s dedication to transforming and serving society, Strathmore University continues to play an essential role in changing lives for the better. Prof. Da Silva, Deputy Vice Chancellor, Strathmore University proudly reaffirmed the university’s commitment to innovation and impact, emphasizing the crucial role of education in shaping industries. With joy, he stated, “I see leaders right here—pioneers driving the future of #RenewableEnergy!”

A Grand Finale: The Solar Thermal Hub of Excellence

The highlight of the event? The launch of the Solar Thermal Hub of Excellence! a groundbreaking initiative set to revolutionize renewable energy adoption across Kenya, Rwanda, and Sub-Saharan Africa.

This Hub is dedicated to equipping professionals with cutting-edge skills in the installation and deployment of the world’s first flat-packed solar thermal collector, an innovative technology developed with the support of Innovate UK, part of UK Research and Innovation (UKRI). By fostering expertise in solar thermal solutions, the Hub aims to accelerate the transition to clean energy, enhance energy security, and create new economic opportunities. This initiative is more than just a training center—it is a catalyst for sustainable development, empowering communities and industries with affordable, efficient, and scalable solar thermal technology.

With the successful training of the first cohort, held from November 11th to 15th, 2024, the second cohort in 2025 has even surpassed initial expectations. In total, the training has now reached 49 individuals—more than triple the initial projection of 15! Among these participants, 10 were women, marking a crucial step toward gender diversity in the renewable energy sector.

“The vision has always been and continues to be empowering participants with hands-on skills in Solar Hot Water System Installation. This hub is dedicated to expanding access to clean heating solutions across East Africa” echoed Faisal Ghani, PhD, Founder of SolarisKit, as he reflected on this significant milestone.

A Brighter Future for Kenya

Realizing the potential of solar energy isn’t just about education—it’s about transforming economies. Expanding the adoption of solar thermal solutions has the power to: create thousands of jobs in the renewable energy sector, lower household energy costs by up to 30%, and Reduce Kenya’s carbon footprint, paving the way for a cleaner, more sustainable future.

Article written by: Jemmy M. Kamau

The future of Africa’s energy landscape just took a monumental leap forward. Strathmore University, a leader in sustainable energy research, has joined forces with a powerhouse network of institutions across Africa and the UK to launch the Circular Economy Powered Renewable Energy Centre (CEPREC). Officially unveiled on February 10, 2025, via a virtual press conference, this pioneering initiative is set to revolutionize renewable energy solutions across the continent.

Backed by a staggering £3.5 million from the UK Government’s Ayrton Fund, CEPREC is not just another research project. It’s a bold movement to tackle two of Africa’s most pressing challenges: energy access and electronic waste. With a presence in six sub-Saharan countries; Kenya, Nigeria, Sierra Leone, Namibia, Rwanda, and South Africa, this initiative is designed to bridge the electrification gap while championing circular economy principles.

Spearheading the Kenyan chapter of CEPREC is Dr. William Murithi, a researcher based at Strathmore University Business School. Partnering with Strathmore Energy Research Centre (SERC), Dr. Murithi is joined by the University’s Deputy Vice-Chancellor, Research and Innovation, Prof. Izael Da Silva, and Dr. Churchill Saoke, Director, SERC. Together, they will be part of CEPREC’s Technical Innovation and Behavioural Insights teams, working on groundbreaking solutions to repurpose end-of-life materials for microgrid development.

“As a university dedicated to Africa’s transformation, Strathmore University is proud to play a key role in this historic project,” Dr. Murithi remarked. “By leveraging circular economy principles, CEPREC will create sustainable energy solutions, build capacity, and shape the policy landscape for a greener future.”

The numbers tell a stark story. 50% of sub-Saharan Africa remains without electricity, with rural access plummeting as low as 5%. CEPREC aims to turn the tide by developing sustainable, scalable microgrids that integrate repurposed power electronics and batteries, drastically reducing energy waste and costs.

The project has taken a triple-helix approach, bringing together more than 30 partner institutions spanning academia, industry, and government to drive impactful change. It focuses on technical innovation, pioneering second-life applications for power electronics and batteries to enhance energy efficiency.

Simultaneously, behavioural insights research delves into socio-economic and cultural factors influencing energy adoption, ensuring solutions align with local needs. The initiative also prioritizes capacity building, equipping African institutions with the necessary skills and tools to lead the continent’s renewable energy transition.

Moreover, policy influence plays a crucial role, fostering collaboration with government stakeholders to develop and implement regulatory frameworks that support sustainable energy initiatives.

For Kenya, Dr. Murithi affirmed that CEPREC has established partnerships with key stakeholders, including the WEEE Center, an organization dedicated to the efficient, safe, and environmentally responsible disposal of electrical and electronic waste. This collaboration aims to strengthen research and development capabilities, enhancing CEPREC’s ability to innovate sustainable solutions while mitigating the environmental impact of e-waste.

Prof. Muyiwa Oyinlola, Director of CEPREC and Professor of Innovation for Sustainable Development at De Montfort University, emphasized the project’s far-reaching impact. “CEPREC was set up to transform the way we think about waste, turning it into opportunity, empowering communities, and driving economic transformation. This initiative will set a new benchmark for sustainable energy solutions across Africa,” said Prof. Oyinlola.

The project aligns seamlessly with the United Nations’ Sustainable Development Goals (SDGs), particularly SDG 7 (Affordable and Clean Energy), SDG 12 (Responsible Consumption and Production), and SDG 13 (Climate Action). By fostering interdisciplinary research, knowledge exchange, and on-the-ground implementation, CEPREC will empower Africa’s energy sector to become both resilient and inclusive.

Chatham House, a globally renowned think tank, is playing a crucial role in translating research into policy action. Dr. Patrick Schroeder, Senior Research Fellow at Chatham House, stressed the urgency of this shift, saying, “The transition to a circular economy is not just an environmental imperative. It requires a comprehensive international policy framework that fosters innovation, collaboration, and sustainable practices across all sectors.”

As the initiative unfolds, Strathmore University stands at the heart of Africa’s renewable energy revolution. With its formidable team of researchers and an unwavering commitment to sustainable development, the university is not just witnessing history, it is making it.

Article written by Stephen Wakhu