Green Hydrogen, Energy Storage & Solar: The Future of Energy Is Collaborative and Digital
We need to discuss the importance of collaboration, innovation, and digitalization in driving a sustainable energy transition across diverse markets.
we don’t need to reinvent the wheel in every country. By sharing expertise and technology, we can move faster and more effectively toward decarbonization”.
The role of digital infrastructure was emphasized as essential to scale up solar and integrate renewables with reliability.
Key enablers need to discuss Grid visibility, BESS, AI-powered Energy Management Systems for load optimization, digital twins and drones for remote monitoring, and augmented reality for training and capacity development will play a pivotal role in driving the energy transition.
Green Hydrogen is already a commercial and bankable solution, but localization is key.
Existing challenges that remain:
1. GH is still 3 to 5x more expensive than alternatives,
2 Off taker risks (price and volume) and interface risks across sectors are real
3. Certification of hydrogen (to ensure it’s truly green) is still evolving.
Concessional finance alone will be not enough, while supportive regulatory environments are essential.
Arranging funds and knowledge serves to connect experts, assist startups, and provide advanced resources, training programs, and interactive tools to expedite the energy transition.
Finally, that still there is a gap between innovation and commercialization, especially in the Global South.
Startups face hurdles such as access to labs, financing, and technical expertise.
the clean energy transition must be inclusive, digital, and backed by shared innovation. Solar, GH, and energy storage together can reshape our energy systems, but only if we scale smartly and work collectively.