• The Texas Blackouts Showed How Climate Extremes Threaten Energy Systems Across the U.S.

    Pundits and politicians have been quick to point fingers over the debacle in Texas that left millions without power or clean water during February’s deep freeze. Many have blamed the state’s deregulated electricity market, arguing that Texas prioritized cheap power over reliability. But climate extremes are wreaking increasing havoc on energy systems across the U.S., regardless of local politics or the particulars of regional grids.

  • What Went Wrong with Texas’ Power Grid?

    On 13 February, a severe winter storm swept across Texas and nearby southern states, bringing sub-zero temperatures and snowfall as far south as the border with Mexico. The polar air that descended on Texas lasted many days, leading to a statewide crisis as energy grids failed to supply enough power, fuels froze, and water pipes burst. Why did it happen? Experts explain.

  • Lessons from the Texas Grid Disaster: Planning and Investing for a Different Future

    It is now a week out from the start of the massive Texas grid failure. Alexandra Klass writes that at this point we already know that freezing wind turbines – in fact, wind turbines outperformed grid operator expectations, despite the extreme cold, and the outages would have been worse without the wind energy that remained online. the state’s electric grid failed for a very simple reason—because Texas power plant operators do not insulate their facilities for sustained cold temperatures. As a result, pipes and equipment needed to run the state’s natural gas plants, nuclear plants, and wind turbines froze.

  • Texas Leaders Failed to Heed Warnings Which Left the State's Power Grid Vulnerable to Winter Extremes, Experts Say

    Texas officials knew winter storms could leave the state’s power grid vulnerable, but they left the choice to prepare for harsh weather up to the power companies — many of which opted against the costly upgrades. That, plus a deregulated energy market largely isolated from the rest of the country’s power grid, left the state alone to deal with the crisis, experts said.

  • “We’re in It Alone”: Power Outages Leave Millions of Texans Desperate for Heat and Safety

    Millions of Texans suffered through Monday night without power as a massive winter blitz sent temperatures plunging, shuttered grocery stores and caused widespread outages. Texas residents said the storm — and ensuing partial collapse of the state’s power system — sapped what mental reserves they had left after eleven months of a global health crisis that has cost thousands of jobs and claimed more than 40,000 lives in the state.

  • UPDATES: More People Could Lose Electricity, Heat as Crisis Persists

    Energy experts, local leaders and residents said energy and state officials failed to properly prepare people for the mass outages coinciding with dangerous weather that’s already led to at least 10 deaths. Texas largely relies on natural gas — especially during times of high demand — to power the state. Experts say natural gas infrastructure, from pumping it out of the ground to the plants in city centers, was unprepared for the plunging temperatures brought by the winter storm.

  • Power Outages across the Plains: 4 Questions Answered about Weather-Driven Blackouts

    Amid record cold temperatures and skyrocketing energy demand, utilities across the central U.S. have ordered rolling blackouts to ration electricity, leaving millions of people without power. Weather-related power outages are increasing across the U.S. as climate change produces more extreme storms and temperature swings. States that design their buildings and infrastructure for hot weather may need to plan for more big chills, and cold-weather states can expect more heat waves. As conditions in Texas show, there’s no time to waste in getting more weather-ready.

  • Helping Industry Develop Secure Grid Technologies

    Rapid development and deployment of new technologies in the energy delivery systems marketplace make the power grid a hotbed for innovation—and an attractive target for cybercriminals. Cybersecurity researchers are working to change that by building next-generation tools for hardening the power grid—and other critical infrastructure—against attack.

  • It's Getting Hot in Here: Warming World Will Fry Power Plant Production

    There’s no doubt the Earth’s temperatures are going up. The power plants that keep air conditioners pushing out cold air could soon be in a vicious cycle in a warming world–not able to keep up with growing demands on hotter days and driving up greenhouse gas emissions to dangerous levels.

  • Guiding Research Direction for Grid-Forming Inverters

    Power electronics—including the inverters that interface solar, wind, battery energy storage, and electric vehicles—are on track to gradually, or even entirely, displace traditional generation. In doing so, inverters will inherit new responsibilities and introduce a new set of challenges.

  • New Cyber Technologies Protect Utility Energy Delivery Systems

    Researchers are taking new approaches to solve cybersecurity vulnerabilities for utilities and other industries that use process control technologies. These connected devices are used in operational technology settings and tend to be more vulnerable to cyberattacks than information technology equipment. The software identifies and mitigates vulnerabilities in operational technologies.

  • What the Wildfires Tell Us about the Shortcomings of California’s Electric Grid

    In addition to the vast destruction they have caused, the wildfires that have engulfed California in recent weeks have laid bare serious concerns about the state’s electric grid. UCLA’s expert Eric Fournier explains why the architecture of California’s grid isn’t well suited for such extreme conditions and what it would take to improve it.

  • What’s Ailing California’s Electric System?

    California made headlines for all the wrong reasons recently with widespread rolling power outages in the middle of a heat wave and a pandemic. These blackouts were not an accident—they were intentionally scheduled by the grid operator, the California Independent System Operator (CAISO), due to a shortage of resources available to keep the lights on.

  • Growing Numbers of Electric Vehicles Make Grid Planning Urgent

    Electric vehicles are coming—en masse. How can local utilities, grid planners and cities prepare? “While we don’t know exactly when the tipping point will happen, fleets of fast-charging vehicles are going to change how cities and utilities manage their electricity infrastructure” said one expert. “It’s not a question of if, but when.”

  • Using Wind Turbines to Defend the National Grid from Power Cuts

    A ‘smart’ system that controls the storage and release of energy from wind turbines will reduce the risk of power cuts and support the increase of wind energy use world-wide, say researchers. The system uses the variable speed of the rotors in wind turbine systems to more closely regulate the supply of power to the grid. This means that when electricity demand is high, stored kinetic energy in the turbines can be used intelligently to keep the grid stable.