The record-breaking temperatures seen in the summer of 2022 have shown the impact of global warming. Whether in Europe or China, no one can escape it. Decarbonisation is the only way forward: future electricity generation will have to come to a large extent from renewable energy with the remaining share coming from other low-carbon sources. The tremendous growth of renewable electricity capacity is fundamentally changing global electricity systems and presents power grids with enormous challenges. In the past decade, China has emerged as a global rene

English version (Chinese version) PDF (12.53 MB) Kindle (mobi) (2.76 MB) eBook (epub) (1.80 MB)           Table of Contents Letter from the Team Leader 1. Europe’s grid bottlenecks are delaying its energy transition 2. Empowering people – the role of local energy communities in clean energy transitions 3. How can China address its EV battery-recycling challenge? 4. Accelerating policy action for safe and green electric vehicle battery recycling 5. Green jobs surge in the energy tra

English version (Chinese version) PDF (12.53 MB) Kindle (mobi) (3.11 MB) eBook (epub) (2.17 MB)           Table of Contents Letter from the Team Leader 1. Assessment of EU’s emergency measures in electricity markets 2. Locational Marginal Prices (LMPs) for Electricity in Europe? The Untold Story 3. Europe struggles to heat homes without cooking the planet 4. Keeping cool in a hotter world is using more energy, making efficiency more important than ever 5. CBAM – unilateral trade barrier

English version (Chinese version) PDF (12.53 MB) Kindle (mobi) (3.02 MB) eBook (epub) (1.93 MB)           Table of Contents Letter from the Team Leader 1. Can building with wood decarbonise construction? 2. Green buildings: Ending the demolish and rebuild cycle in China 3. Finland is on track to meet some of the world’s most ambitious carbon neutrality targets. This is how it has done it 4. Smart grid in China, EU, and the US: State of implementation 5. Batteries are the environmental Ac