World Breaks Renewable Records but Warned to Accelerate for 2030 Climate Goals
Global renewable energy capacity additions hit an unprecedented 582 GW in 2024, but a new IRENA report warns that deployment must accelerate substantially to meet the COP28 tripling target by 2030. The report calls for governments to scale investments, modernize grids, and raise national renewable targets to keep the 1.5°C climate goal within reach[1].
Renewables Overtake Coal in Global Power Generation for First Time
New analysis shows that renewables have surpassed coal as the world’s largest source of power generation, with solar output up by a third and meeting 83% of the global increase in electricity demand in the first half of 2025. Wind power also grew by 7%, reflecting strong momentum in the clean energy transition despite persistent investment and policy challenges[2].
Apple Expands European Renewable Energy Projects with 650 MW Addition
Apple announced new solar and wind projects in several European countries, adding 650 MW of clean energy capacity to power its customers’ device usage. The initiative is part of Apple’s goal to match all global customer electricity use with renewables by 2030, unlocking over $600 million in financing and generating more than 1 million MWh of clean electricity annually[4].
Corporate Clean Energy Purchases Stabilize U.S. Renewable Market
A new report highlights that corporate buyers now account for over 40% of new U.S. clean energy capacity additions, providing essential long-term contracts that stabilize project financing. Virtual power purchase agreements (VPPAs) have been shown to reduce financial distress for projects by up to 90%, playing a critical role in supporting U.S. renewable growth as tax credit deadlines approach[8].
European Power Prices Turn Negative Amid Surging Wind Output
A strong storm across Europe has driven wind generation to record levels, causing power prices to turn negative in several European markets. This underscores both the opportunities and challenges of integrating high shares of variable renewable energy into the grid, emphasizing the need for advanced storage and grid modernization solutions[6].