Solar and Wind Projected to Account for 21% of U.S. Power by 2027
The U.S. Energy Information Administration projects that solar and wind generation will provide approximately 21% of U.S. electricity production by 2027, driven by utility-scale projects in Texas, the Midwest, and Southwest.[3] Battery energy storage is increasingly vital for managing variability and supporting grid reliability amid this growth.[3]
Nova Scotia On Track for 80% Renewable Energy by 2030
Nova Scotia is progressing toward its 2030 target of 80% renewable electricity without major offshore wind, focusing on onshore wind, solar, and battery storage expansions.[3] These projects enhance energy security, reduce fossil fuel reliance, and build grid resilience.[3]
Wind Power to Drive Canada’s Renewable Growth Through 2030
The Canada Energy Regulator forecasts wind power leading renewable capacity additions, accounting for 70% of new builds nationwide with over 6,000 MW planned.[3] Provinces like Quebec, Alberta, and British Columbia are spearheading this expansion, paired with storage and grid upgrades for flexibility.[3]
Solar + Storage Co-Location Accelerating in U.S. Amid Rising Demand
Solar deployment is scaling rapidly with co-located battery energy storage systems to boost profitability, grid stability, and load-shifting, comprising 75% of new U.S. generation per FERC data.[5] Developers prioritize securing components before tax credits expire while navigating complex cost criteria.[5]
FERC Orders PJM to Revise Rules for Co-Located Power Plants and Data Centers
The Federal Energy Regulatory Commission has directed PJM Interconnection to establish new rules for co-located power plants and data centers, impacting transmission services, interconnection, and behind-the-meter generation policy.[7] This regulatory change aims to reshape grid infrastructure to support growing energy demands from renewables and data centers.[7]