The 1.5-degree target is unattainable without a comprehensive energy transformation. But how can it succeed? What digital solutions are already available and where are innovations needed? How can we accelerate the transformation and overcome the hurdles of building a climate-neutral energy system?
We dive deep into the issue and present digital, innovative solutions.
Although many people support the goals of an energy transition, only a few are involved in projects and initiatives. The "Energiewende-O-Mat" online tool aims to change this.
The non-profit Access to Energy Institute (A2EI) aims to supply as many people as possible in Africa with solar power. It relies on comprehensive, data-driven problem analysis and optimised solutions to achieve this.
Europe develops new tool, the Photovoltaic Geographic Information System, to democratise data for informed, sustainable energy decisions.
The EU's Energy and Industry Geography Lab has created a new way of helping Member States map their renewable energy development. But, can it alone help to reduce carbon emissions?
To date, nowcasting research has primarily concentrated on rainfall prediction, while solar forecasting remains relatively unexplored. Advances in the field are crucial for improving solar energy reliability and efficiency.
Construction, materials, and type of heating all play a crucial role in determining the amount of CO2 emissions a building will generate over its lifespan. CAALA's software can accurately calculate and optimise these factors from the outset.
How about being able to use your appliances when the share of renewable energies is at its highest? PeakPick is showing consumers exactly when is best.
Solar energy technology is constantly developing. What new possibilities does this open up and what role can these defect-tolerant solar cells play in smart infrastructure?
A green future needs sustainable batteries. A new battery regulation in the EU should create better conditions for this in the future. But how does it work?
