Monthly Wind Generation In ISO-NE Is About 68% Higher Than Last Year

cleantechnica.com Oct 16, 2026

Monthly Wind Generation In ISO-NE Is About 68% Higher Than Last Year

Curated by Shubham · TechCapsules · Oct 16, 2026

AI-summarised brief · reviewed before publication

U.S. Energy Information Administration data show that wind power output in ISO New England rose sharply in 2026. From January through September, average monthly generation was 68 percent higher than the same nine‑month span in 2025. The increase reflects new turbine installations, higher capacity factors and favorable wind conditions across Maine, New Hampshire, Vermont and Massachusetts. ISO‑NE’s total wind contribution grew from roughly 1,200 megawatt‑hours per day in 2025 to about 2,000 megawatt‑hours per day in 2026. The surge helped push the region’s overall renewable share above 30 percent for the first time since 2020. Analysts attribute the jump to state incentives, upgraded transmission lines and the retirement of older fossil‑fuel plants. Utilities reported that the additional wind supply reduced reliance on natural‑gas peaker units, lowering market prices by three cents per megawatt‑hour and improving grid reliability during peak demand periods.

💡 Why It Matters

· The jump demonstrates that coordinated policy and infrastructure upgrades can quickly scale clean energy, giving New England a tangible path to meet its 2030 carbon goals.

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PJM, ERCOT, and SWPP All Set Peak Load Records This Summer

Three U.S. regional transmission organizations—PJM, ERCOT, and the Southwest Power Pool—recorded their highest ever peak hourly loads during the 2022‑23 summer, according to Form EIA‑930 data. The record highs coincided with nationwide heat waves that pushed cooling demand to unprecedented levels. PJM’s peak surpassed its previous record by 5%, ERCOT’s by 7%, and SWPP’s by 6%. The data underscore the growing strain on the electric grid during extreme weather events.

💡 The record peaks reveal how climate‑driven heat waves are testing grid resilience, prompting utilities to accelerate infrastructure upgrades and demand‑response programs.

cleantechnica.com · Oct 15

The RAV-4 Was An EV Experiment That Continues To Be One

In the mid‑1990s Toyota’s new president, Hiroshi Okuda, pushed the company to turn its electric‑vehicle research into market products to meet California’s zero‑emission rules and looming oil scarcity. Under the direction of Dr. Hiroyuki Watanabe, the Electric Vehicle Development Division adapted the first‑generation RAV4 platform for two parallel programs: a battery‑electric RAV4 EV and a fuel‑cell RAV4 FCEV. The EV, launched in Japan in September 1996 and the U.S. in 1997, used a 50 kW AC motor, a floor‑mounted battery pack, and offered a top speed of 77 mph with a 124‑mile range; about 1,900 units were sold or leased worldwide, 1,500 in the United States. Simultaneously, Toyota unveiled the FCEV‑1 prototype with a 20 kW fuel‑cell stack and metal‑hydride hydrogen storage, later adding a methanol reformer in FCEV‑2. Data from both programs fed into later hybrid and fuel‑cell models, culminating in the FCHV‑4, the first fuel‑cell car cleared for public roads in Japan and released commercially in 2002.

💡 The RAV4 experiments gave Toyota its first real‑world electric‑powertrain data, directly shaping the hybrid and fuel‑cell technologies that now define its global strategy.

cleantechnica.com · Oct 14

The People Speak: We Want Energy Storage, Not Data Centers

Sunrun, the leading U.S. rooftop‑solar company, announced a strategic shift toward home energy storage, positioning itself as a storage‑first enterprise while retaining its solar business. CEO Mary Powell highlighted that two‑thirds of customers value clean technology for control and independence rather than environmental reasons. The company’s virtual power plant (VPP) program grew fivefold in 2025, from 20,000 to over 106,000 participants, making its customers a major source of dispatchable energy nationwide. The pivot reflects growing consumer demand for cost savings and energy autonomy.

💡 By expanding into storage, Sunrun empowers households to monetize grid flexibility, reshaping the utility‑customer relationship and accelerating decentralized power generation.

cleantechnica.com · Oct 14

Trump Administration Wants to Stop an Almost-Complete Offshore Wind Project

The U.S. Department of the Interior, under the Trump administration, has petitioned a federal court to reassess the permit for Revolution Wind, an offshore wind farm that completed construction in September and has begun supplying electricity to New England households. The administration has issued two stop‑work orders since 2025, both overturned by courts. Trump’s administration has also reportedly paid nearly $4 billion to energy companies to abandon offshore projects in favor of fossil fuels. Sierra Club officials criticize the move as detrimental to clean energy progress.

💡 The court’s decision could set a precedent for federal intervention in renewable projects, potentially delaying future offshore wind developments that are critical for meeting climate goals.

cleantechnica.com · Oct 14

Sierra Club Urges Strong Public Protections, Good Jobs and Clean Energy in…

The Sierra Club Iowa Chapter sent a letter to the Iowa Economic Development Authority urging that any taxpayer‑funded incentive package for Mesabi Metallics’ proposed steel mill include enforceable public‑benefit provisions. The environmental group recommends conditions to curb health‑ and climate‑harmful emissions, such as strict dust controls, zero‑emission trucks, enclosed material storage, and a pathway to 100 % green or geological hydrogen for direct reduction. It also calls for the company to source renewable electricity, protect residential ratepayers from higher costs, and adopt energy‑efficiency and electrification measures. Labor safeguards are highlighted, including local hiring quotas, respect for unionization, fair negotiations, and partnerships with regional educational institutions for workforce training. The club stresses that public incentives must be tied to measurable outcomes and penalties for non‑compliance.

💡 Without binding safeguards, public funds could subsidize a polluting facility while leaving Iowa residents to shoulder environmental and utility costs. The club’s demands aim to lock in clean‑energy standards and union jobs, turning a private investment into a public good.

cleantechnica.com · Oct 14

Volt Solar Tile Update

Volt CEO Peter Leeson discussed the solar‑tile program’s shift from a U.S. launch to an Australian‑centric model. After the 2024 U.S. election stalled renewable projects, Volt redirected effort toward Australian market, leveraging government’s Cheaper Home Batteries Program. The company now sells a bundled package that includes the redesigned tile, EV chargers, heat pumps and batteries, targeting homeowners, architects and builders. Manufacturing remains in China, but Leeson hopes to partner with local firm Tindo once volumes rise. Volt has installed fifty roofs in Australia and expanded to six countries, including a 520 MW AC solar‑battery hybrid farm built by Leeson Group and several 5 MW projects. The new tile uses double‑glass panels, wider dimensions and M12 cells, lowering cost while improving performance.

💡 Volt’s pivot demonstrates how policy incentives can reshape renewable product strategies, turning a stalled U.S. rollout into a growth engine in Australia. By bundling generation, storage and EV infrastructure, the company creates a single‑point solution that could accelerate residential decarbonisation.