Latest Electricity News - Grid Technologies

Ontario Grid Modernization gains momentum as industry leaders urge policy measures to accelerate smart grid deployment, strengthen supply chain resilience, and expand domestic transformer manufacturing following meetings with provincial officials and energy portfolio leaders.   What You Need to Know Advocacy meetings press modernization and supply chain policy Focus on transformer lead times, input costs, import risks Calls for efficiency, digital upgrades, and regulatory certainty Electro-Federation Canada (EFC) has stepped up its engagement with Ontario decision-makers to accelerate electricity grid modernization and strengthen the province's electrical equipment supply chain. In a series of meetings with provincial officials, the association emphasized…

Hydro One Smart Grid Investments leads the utility's post-1st quarter 2026 investor overview, highlighting grid modernization, energy storage, digital systems, and transmission expansion to improve reliability, harden assets, and support Ontario load growth.   Story Summary Post Q1 2026 deck spotlights smart grid and storage JRAP 2023-2027 capital plan totals about $11.8B Portfolio includes 16 major transmission line projects Framework targets 6-8% EPS and 6% dividend growth 99% of revenues are regulated under a 5-year period Hydro One Smart Grid Investments are at the center of the company's Post First Quarter 2026 investor overview, which underscores a pure-play transmission-and-distribution focus,…

Grid-Forming Inverters are being trialed and deployed across Europe to deliver synthetic inertia, fault current, and stability services as renewable penetration rises, strengthening system resilience through BESS, grid codes, and transmission-level performance.   The Core Facts Grid-forming inverters rise as Europe seeks system resilience Blackhillock 200 MW/400 MWh BESS delivers grid stability SMA inverters supply 370 MWs inertia and 116 MVA SCL Germany TSO inertia procurement began in Jan. 2026 Europe is accelerating the deployment of grid-forming inverter technology as renewable penetration climbs and system operators seek new sources of stability. Unlike grid-following units that synchronize to an existing waveform,…

Iberia blackout demand-side solutions underscore how demand response, virtual power plants and better grid observability can fortify resilience. Lessons from the US highlight flexible capacity, DER visibility and DSO models to manage peaks.   Breaking Down the Details Blackout exposed gaps in observability, voltage control and interconnection. US heat event showed DR and VPPs managing over 1,000 MW peak load. Reports back flexible capacity, DSO models and AI-driven programs. One year after a system collapse swept Spain and Portugal in under 90 seconds, cutting power to more than 50 million people for periods that stretched to 16 hours in some…

LightHouse Smart Grid Sensors advance waveform analytics and real-time monitoring to improve DSO grid visibility, power quality insight, fault detection, and predictive maintenance across European distribution networks integrating renewables and bi-directional flows.   Essential Takeaways LightHouse sensors give DSOs real-time network visibility Waveform analytics flag line disturbances as outage precursors UK DNOs use the platform for planning and active management LightHouse Smart Grid Sensors are being deployed to give distribution system operators clearer visibility beyond the substation and into the medium-voltage network, where most service interruptions originate. The platform combines field-deployed smart grid sensors with analytics to produce actionable intelligence…

Electricity trade between Canada and the United States is evolving as demand growth, climate impacts, and grid constraints reshape export and import patterns, forcing utilities and regulators to adapt long-standing cross-border power relationships. Electricity trade between the two countries is undergoing subtle but meaningful change as grid operators respond to rising demand, climate volatility, and shifting generation availability across North America. Recent extreme weather events have added further strain to cross-border coordination, as outages, transmission disruptions, and restoration delays increasingly test system resilience, as seen in Canadian harsh weather grid impact.   At A Glance • Cross-border power trade remains…

Quebec is importing electricity from the United States as rising domestic demand and reduced hydropower availability limit exports, marking a shift in long-standing cross-border power flows and raising new questions about grid resilience and future electricity planning. Quebec’s electricity system is undergoing a significant shift as rising domestic demand and reduced hydropower availability have forced the province to import electricity from U.S. markets, reversing a long-standing pattern of net exports and altering regional grid dynamics. This change comes as provinces reassess how they share and balance resources across borders, including evolving arrangements such as the long-standing Ontario Quebec energy swap.…