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The Increasing Affordability of Clean Energy

Climate change is a serious problem, and it’s time to address it. This topic of contention has divided political parties and scientists alike—yet the evidence is clear, at least according to the Intergovernmental Panel on Climate Change, who argues, “Scientific evidence for warming of the climate system is unequivocal.” The effects of global warming aren’t…

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The Increasing Affordability of Clean Energy

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Climate change is a serious problem, and it’s time to address it. This topic of contention has divided political parties and scientists alike—yet the evidence is clear, at least according to the Intergovernmental Panel on Climate Change, who argues, “Scientific evidence for warming of the climate system is unequivocal.” The effects of global warming aren’t just limited to melting ice caps and polar bear displacement, either. With more frequent extreme weather events directly caused by damage from fossil fuels, economic losses totaled a whopping $240 billion dollars, as outlined in a report by the Economic Case for Climate Action in the United States. Corporations are starting to pay attention.

Wind and solar energy have been the faces of alternative energy for consumers and businesses alike, specifically for their price point. Wind turbines, for example, have grown in sophistication, increasing their usability in locations with below average wind speeds. At the same time, their design has evolved to a larger size with higher durability, both resulting in increased energy output. The prices speak for themselves—currently, an onshore wind turbine produces an average of $0.06 kWh (per kilowatt hour) with many producing as low as $0.03 kWh compared to fossil fuels, which range from $0.05 to $0.17 kWh. Solar energy has also seen a steep drop in price with a notable gain in popularity. According to the International Renewable Energy Agency, solar energy is a cheaper alternative to traditional nuclear power. For example, the levelized cost of electricity generated from these solar panels has dropped 69% from 2010-2016. Businesses are starting to take notice.

Goldman Sachs is a leader in private investment in renewable energies. The investment firm has funded several different eco-friendly projects with the ultimate goal of investing $150 billion by 2025. Goldman Sachs is also one of the few to transition their investment projects in-house. The bank has continued its own push to be more eco-friendly and cost-efficient by purchasing a 68 acre wind power farm to power its operations—another step towards its goal of 100% clean energy usage. Traditional fossil fuel companies are even starting to change their business models. Starting in late 2017, Shell began investing in various solar and natural gas companies and have since invested more than $400 million in a wide range of clean energy acquisitions with markets clearly favoring the renewable energy industry domestically and worldwide.

The renewable energy industry is largely funded with private investments with many governments hesitant to lose trade advantages and financial influence that the coal and oil industry hold, which, given the rapid advancement in the functionality and affordability of these clean energy sources, is nothing short of remarkable. There is clear opportunity for continued advancement in the near future, as a result of certain policies– especially in regard to carbon taxes, which some estimates give $200 billion in revenues just within a decade if implemented. However contentious the topic may be, it is important to address our fossil fuel consumption, and innovators and engineers are taking notice. With the technology improving and businesses increasingly saving money, it’s nothing but blue skies ahead for the clean energy industry.

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Europe’s diesel premium just broke $100 a barrel, and logistics budgets will feel it first

Europe’s diesel premium just broke $100 a barrel, and logistics budgets will feel it first

Europe’s diesel crack spread rose above $100 a barrel for the first time, the Financial Times reported. Logistics budgets will feel it first. Fleet and facilities operators should expect pressure on fuel surcharges, backup power planning, and contract terms.

  • 01A $100-plus diesel crack spread is a procurement signal, refiners are being paid for diesel scarcity, not crude cost, so index clauses tied only to Brent can miss the real pain.
  • 02Low EU gas inventories raise the odds of fuel-switching into distillates during peaks, which can tighten diesel supply right when trucking and backup generators compete for the same barrel.

Sep 4, 2026

U.S. grid batteries are set to top 100 GW by 2028, changing peak prices

U.S. grid batteries are set to top 100 GW by 2028, changing peak prices

U.S. utility-scale battery storage reached nearly 52 GW of nameplate capacity by June 2026 after adding 8.3 GW in the first six months of the year, according to the U.S. Energy Information Administration. The same EIA planning data shows 54 GW more is planned for the second half of 2026 through 2028, including 14 GW in the second half of 2026, 26 GW in 2027, and 14 GW in 2028. pv magazine USA reports total national operational storage capacity is expected to pass 105 GW by the end of 2028. Solar photovoltaic plants host the largest battery storage capacity units, including AES’ Bellefield Solar and Energy Storage Farm in California and Florida Power & Light’s Manatee Solar Energy Center in Florida, according to EIA.

  • 01The planning benchmark that matters for 2027 to 2028 contracts: EIA’s reported pipeline implies U.S. battery nameplate capacity could roughly double from ~52 GW to ~106 GW by end of 2028 if schedules hold.
  • 02Storage penetration is becoming a pricing question, not a technology question. pv magazine USA points to ERCOT growing from 15 GW (2025) to 37 GW (end of 2027), a level that could alter who sets the marginal price in evening peaks and how much capacity value peakers retain.

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NuScale and Nucor’s SMR talks put firm power back in industrial planning

NuScale and Nucor’s SMR talks put firm power back in industrial planning

NuScale Power and Nucor signed an MOU to explore co-locating NuScale VOYGR small modular nuclear reactor plants near Nucor electric arc furnace steel mills, including studies of site suitability, transmission interconnection capability, and capital costs, according to POWER Magazine. The move lands as commercial and industrial energy buyers are re-evaluating “return quality” across distributed energy resource value stacks, a dynamic pv magazine USA illustrated with Massachusetts electricity rates rising to about 20.9 cents/kWh for commercial customers in 2024, up roughly 61% from 2014. At the same time, grid-facing flexibility is getting practical attention, with Renewable Energy World’s Factor This reporting on managed EV charging and vehicle-to-grid reforms needed to scale V2X. For operators, the implication is clear: “firm” electricity is no longer a single procurement lane, it’s a portfolio decision spanning on-site generation, grid programs, and controllable load.

  • 01The operational question behind the NuScale-Nucor MOU is not “nuclear vs renewables,” it’s whether a mill can secure 24/7 power with a permitting and interconnection path that matches expansion timelines (POWER Magazine).
  • 02A useful benchmark for C&I energy planning: Massachusetts average commercial electricity rates rose from roughly 13.0 cents/kWh in 2014 to 20.9 cents/kWh in 2024, well above the 2024 national commercial average of about 13.9 cents/kWh (pv magazine USA, citing EIA data).
  • 03Managed EV charging and V2X are shifting from pilots to policy and tariff design work, which means facilities with fleet electrification can treat charging as a dispatchable asset only if their utility and program rules allow it (Renewable Energy World).

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