RenewSphere is the driving force behind the world's transition to a low-carbon, sustainable future. We provide cutting-edge research, strategic advice, and market information on renewable energy, energy storage technologies and energy policy to decision-makers and industries across sectors as a reliable partner. Through our efforts, industry, governments, and communities can adopt clean technologies, reduce emissions, and provide the foundation for a sustainable, eco-friendly future.
To expedite the worldwide energy shift towards a sustainable and carbon-neutral future by disseminating advanced research and market-driven knowledge on energy storage and renewable energy technologies.
RenewSphere's mission is to accelerate the NetZero transition by providing in-depth analysis, cultivating corporate partnerships, and pushing the uptake of efficient and renewable energy solutions. Our objective is to provide communities, organizations, and policy makers with the tools required to improve sustainability and cut carbon emissions.
We exist to dismantle barriers to sustainability by transforming cutting-edge research into real-world solutions. Our focus is ensuring stakeholders—from policymakers to rural communities—have the expertise and resources to achieve NetZero targets without compromising economic viability or social equity.
Pierrick Abraham | Policy & Regulatory Strategist
Pierrick turns climate pledges into actionable roadmaps. Specializing in EU energy policy, he decodes complex regulations into clear steps for governments and corporations. His work ensures wind and solar farms get permitted faster, carbon taxes align with social equity, and coal-dependent regions transition smoothly to renewables.
He’s advising the European countries on redesigning subsidy programs to prioritize community-owned solar and wind projects. He also co-develops RenewSphere’s “Policy-to-Projects” toolkit, which has slashed permitting delays for clients by 40%.
His philosophy:
“Good policy doesn’t just look great on paper—it survives first contact with reality.”
Pierre Bernard | Energy Storage Innovator
Pierre cracks the code on renewable energy’s toughest problem: storing sunlight and wind for when we need it most. A mechanical engineer with a knack for practical solutions, he designs lithium-ion battery arrays and green hydrogen prototypes that balance cost, efficiency, and scalability.
He’s designing and testing solar+wind+BESS projects across the EU and Asia that’s projected to cut fossil fuel reliance incredibly. He also collaborates with Nematullah on predictive analytics tools that flag equipment issues before they cause blackouts.
His philosophy:
“Storage isn’t just about batteries—it’s about building trust in clean energy. People need to know the lights will stay on.”
Nematullah Wafa | Renewable Energy Project Lead
Nematullah transforms blueprints into real-world impact. With dual expertise in engineering and environmental management, he leads the planning and execution of solar, wind, and BESS projects across Europe and emerging markets in Asia. He thrives on solving two core challenges: keeping complex projects on budget and ensuring communities benefit long after construction ends.
Today, he works alongside Pierre to design solar+wind+BESS systems and to integrate predictive maintenance systems into hybrid energy grids to reduce downtime. He also partners with our clients to lead off-grid solar and wind projects that prioritize rural access—like a recent initiative in Tajikistan that brought electricity to 5,000 households.
His philosophy:
“I measure success by megawatts and livelihoods. If a solar or wind farm powers a city but leaves nearby villages in the dark, we’ve missed the point.”
Why Work with Us
Collaboration Built-in
Unlike larger consultancies, we merge policy, tech, and execution expertise into every project to reduce delays, lower costs, and ensure project success.
Proven Scalability
From village microgrids to 3GW solar and wind farms, our solutions prioritize replicability.
Honest Advocacy
We’ll tell you when a target is unrealistic—and work backward to find what’s achievable.
Our Collaborations