It′s only Renewable!

In the field of energy, we often tend to focus on specific areas like wind, solar, green hydrogen, and batteries. However, it’s crucial to acknowledge that these technologies are connected within renewable energy. On their own each technology is often performing quite poorly but together they create financial and environmental functioning projects, and these hybrid projects are out there but do not receive the attention they deserve and instead, we witness conflicts and protectionism among different technologies, which can harm overall progress in renewable energy.

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Also, we must remember that these technologies are nothing new they have deep historical roots. Windmills and windpumps trace back to the 9th century, while the first functional solar panels emerged in 1881. Electrolysis of water dates back to 1789, and the practical battery concept was established in 1836. Even the rudimentary steam engine existed as early as 30 BC, and hydropower has been harnessed since ancient times. We are not dealing with new technologies, its only improving and increasing the scale of something old. We have a tendency to look to much on today and tomorrow, while the solution for the next decade often lies in the past, it is not a question of developing new but combining existing to meet the expectations of the world.

Rather than viewing these technologies as isolated endeavours, we should shift our perspective. Successful projects today integrate various renewable energy technologies into financially viable units. For example, mobility solutions, electric, biogas, hydrogen etc. all have their problems, but with a holistic approach, they combined would solve the futures requirements for mobility. Combining wind and solar projects with energy storage and excess heat recovery systems yields promising results. Let’s move away from siloed discussions about individual technologies and instead focus on the broader concept of renewable energy.

Everybody in the energy industry plays a crucial role in promoting integrated projects. They can educate the public about the benefits of integrated projects. Highlighting how combining different sources enhances reliability and efficiency and drive awareness. Additionally, emphasizing the environmental impact and long-term benefits of renewable energy is vital.

To further support integrated projects:

1. Develop financial models that assess the economic viability of such endeavours.
2. Encourage private investment by demonstrating the long-term returns of these ventures.
3. Create pilot projects that showcase successful integration. Real-world examples can inspire others and build confidence.
4. Continuously monitor and evaluate these projects to learn from both their challenges and achievements.

Lastly, it is not a question of who went to the best university or who has the best technology, we have a joint responsibility to make a platform of trust where different technologies can meet, cooperate, and create renewable energy projects for the future.