🌍🔌 BIG NEWS: announcing the first-ever large-scale Virtual Power Plant project on DC-chargers! ⚡ ⚡ ⚡ We’re excited to welcome Recharge, the largest rapid charging network in the Nordics, as our cus...

Rising demand will keep coal the backbone of India’s power grid in the coming years. This buys time for executing an energy transition, if India can see through its plans.

Canada faces a transformative era of electrification, driven by transportation, buildings, data centers, and AI, which is increasing energy demand. The country's fragmented provincial electric systems must evolve to create a more connected, resilient, and affordable energy future. Current grid structures, with each province operating independently, risk higher costs, duplicated infrastructure, and missed clean energy opportunities. A unified grid model would enable efficient power distribution, support regions facing supply pressures, and enhance reliability during extreme weather events. Affordability remains a priority, with 86% of Canadians concerned about rising energy costs. Integrating provincial grids, prioritizing diverse energy sources, and fostering collaboration are critical steps. The IEEE Power & Energy Society emphasizes the need for technical and policy solutions to modernize grids, improve climate resilience, and ensure long-term prosperity. Canada's ability to lead in this transition depends on collective action and a commitment to innovation.

Maritime provinces are exploring a more coordinated approach to their electrical systems, primarily in response to concerns about electricity costs. The study into deeper grid integration is being funded by the federal government. Premier Tim Houston indicated Tuesday that integrating power networks would lead to cost reductions. He explained that individual provincial grids currently require

Federal Energy Regulatory Commission Issues Orders Regarding Grid Integration of Large Loads The Federal Energy Regulatory Commission (FERC) has issued orders to all six regional grid operators within its jurisdiction, addressing how large electricity users such as data centers and manufacturing facilities are connected to the electric power grid. The aim is to ensure continued

Industrial solar, wind, storage, and grid systems supporting reliable clean energy deployment across Latin American operations.

Pakistan’s net-metering crackdown threatens distributed solar growth, but technical, financial, and grid challenges are manageable with proper planning

The existing system for connecting generators to the electrical grid is woefully inefficient, prioritizing order of application over customer needs, leading to backlogs and delays, and resulting in a suboptimal mix of generation resources. To address this issue, a more effective approach is needed, one that shifts towards customer-centric interconnection policies, tailoring regulatory frameworks to regional needs, prioritizing agreements directly linking generation to customer demand, and integrating market-based interconnection principles to determine the value of interconnection based on customer benefit and market forces.

The PJM Interconnection is facing a complex set of challenges as it struggles to balance energy supply and demand amidst rising costs and tightening energy supplies nationwide. The unique structure of the wholesale market, comprising 13 states with diverse energy policies, has created difficulties in building new generation resources, leading to increased reliance on costly curtailment strategies and measures to manage growing data center development.

New Guidelines for Renewable Energy Projects in the Midwest A recent announcement by the Federal Energy Regulatory Commission (FERC) has brought clarity to the process of integrating new power plants and renewable energy projects into the grid. The Midwest Independent System Operator (MISO), also known as MISO, has been granted permission to implement a system