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Aerial photos of the National Renewable Energy Laboratory’s (NREL) Flatirons Campus near Boulder, Colorado. Photographed from an Unmanned Aerial Vehicle (UAV). (Photo by Joshua Bauer / NREL)

Imagine an electric grid powered by clean, renewable energy. Now imagine that this grid provides all the comfort and convenience consumers have come to expect as well as grid reliability and resiliency services that are similar to—or better than—conventional plants. That is the promise of the FlexPower project.

With support from the U.S. Department of Energy Grid Modernization Laboratory Consortium, FlexPower brings National Renewable Energy Laboratory (NREL) researchers together with other National Laboratories to develop a colocated variable hybrid generation power plant enhanced with energy storage at NREL’s Flatirons Campus. Participants include the Idaho National Laboratory (INL) and Sandia National Laboratories (Sandia).

As renewables displace conventional generation, hybrid renewable power plants combined with energy storage can transform variable resources such as wind and solar photovoltaics (PV) into fully dispatchable and flexible energy sources. These hybridized power plants will be capable of operating in day-ahead and real-time energy markets and providing essential reliability and resiliency services to the grid.

Rethinking Renewables

“This research will help accelerate the adoption of utility-scale variable wind and PV resources by demonstrating how hybridization can smooth the transition to clean energy,” said NREL Chief Engineer Vahan Gevorgian. “For the power grid to economically and reliably integrate large amounts of variable renewable generation, it will require robust energy storage capabilities and a rethinking of the value renewable energy assets bring to the grid.”

To support this transformation, researchers will test a variety of energy storage systems, including pumped storage hydropower, battery, hydrogen, flow battery, kinetic, and ultracapacitor energy storage. In addition, the project will focus on advanced control strategies and resource forecast techniques. Sophisticated controls can improve the dispatchability and availability of variable generation by taking advantage of the complementary nature of wind and PV resources and increasing capacity factors for renewable projects with minimum or, in some cases, no additional transmission buildup. Improved forecasting allows hybrid plants to participate in energy and ancillary services markets in the same way conventional generation plants do.

By combining generation, storage, advanced controls, and improved forecasting in hybrid plants, operators can achieve economies of scale by sharing infrastructure as well as siting and permitting costs. These plants can also provide the full spectrum of existing essential reliability services as well as new, evolving grid reliability services. For example, hybrid plants can provide self-black starts as well as power system black starts, can operate in islanded mode, and can participate in power system restoration schemes. And hybrid plants are scalable, ranging from small microgrids to large, interconnected power systems.

The FlexPower project is of great interest to a wide range of stakeholders, including regulators, reliability organizations, system operators, utilities, plant owners and operators, equipment vendors, and island power system owners and operators.

“Hybrid renewable energy plants could introduce the national and global energy sectors to a new and potentially disruptive class of power systems,” Gevorgian said. “The FlexPower project will demonstrate the value of renewable energy assets and suggest strategies for using them more efficiently to reduce curtailment, increase energy production, and smooth variability. The result could be high-value grid services and a more secure and resilient power supply.”

Sharing the Findings

The FlexPower research results will be freely accessible to all stakeholders in the form of public domain information and other assets. Specifically, stakeholders will have access to the FlexPower controller architecture; control codes developed by NREL, INL, and Sandia for industrial control platforms; hybridization-potential assessment maps and databases; results of regional impacts studies; and reports, publications, regional webinars, conference presentations, and other outreach materials.

NREL’s Flatirons Campus grid-scale hybrid system will provide a test bed for companies and researchers to validate and demonstrate their hybrid plant concepts and strategies. The fully operational multi-MW hybrid power plant will be capable of demonstrating all types of dispatchability, reliability, and resiliency services. It will also provide a grid-scale test bed that offers hybrid system demonstrations for a range of stakeholders, opportunities for control and equipment vendors to test new hybrid controls and hardware, a venue for workforce education and new international collaborations, and a validation platform for standardizing hybrid technologies.

FlexPower was funded in part by U.S. Department of Energy’s Wind Energy Technologies OfficeWater Power Technologies OfficeHydrogen and Fuel Cell Technologies Office, and the Office of Electricity.

Article courtesy of NREL

 

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Royal Enfield’s Flying Flea electric motorcycles launching early next year

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Royal Enfield's Flying Flea electric motorcycles launching early next year

Royal Enfield’s eagerly anticipated electric motorcycles, unveiled late last year under the Flying Flea brand, are now confirmed to hit the market early next year. Eicher Motors Managing Director B. Govindarajan narrowed down the release window, confirming that the two models currently in testing, the FF-C6 and S6, will debut in the fourth quarter of the fiscal year 2026, corresponding to January through March 2026.

The announcement provides a clear timeline for eager e-motorcycling enthusiasts who have closely followed Royal Enfield’s pivot to electric mobility. Previously, the company had remained relatively tight-lipped about exact launch dates and even many of the upcoming bikes’ key specs, only hinting that the electric motorcycle project was progressing steadily.

The Flying Flea name is a historical nod, reviving memories of Royal Enfield’s lightweight motorcycle originally used during World War II for airborne operations. Just like its iconic namesake, the new Flying Flea electric motorcycles are expected to be compact, accessible, and user-friendly, aiming at urban commuters and younger riders seeking a blend of heritage styling with modern electric propulsion.

The FF-C6 and S6 represent two distinct offerings within Royal Enfield’s electric lineup, signaling an ambitious start for the company’s electrification strategy. While specific technical details remain scarce, previous hints suggest that the models will prioritize practicality, affordability, and moderate performance suited to daily commuting rather than high-end, performance-oriented segments.

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However, with a dearth of solid specs regarding power, range, or pricing, it’s too soon to tell how warmly the bikes may be received during their upcoming launch.

This cautious yet clear step into electric mobility aligns with Royal Enfield’s traditional ethos of delivering approachable motorcycles that combine classic design with dependable performance.

The company, owned by Eicher Motors, has enjoyed success internationally over the last decade, particularly with models like the Classic 350, Meteor 350, and Himalayan, which have resonated strongly with both new and experienced riders. The Flying Flea line is likely destined for international markets as well, though may launch solely in India first as Royal Enfield works to ramp up production.

Royal Enfield’s venture into electric motorcycles also follows a strategic €50 million investment by Eicher Motors into Stark Future, a cutting-edge electric motorcycle startup based near Barcelona, which likely helped Royal Enfield’s technical team.

For example, at the Flying Flea brand’s worldwide unveiling at the Milan Motorcycle Show last year, one of the company’s driving prototypes was spotted using several Stark VARG powertrain components to complete a working model for demonstration.

With electric motorcycles rapidly gaining popularity worldwide due to their efficiency, lower maintenance costs, and environmental advantages, Royal Enfield’s entry into this market comes at an opportune time. The company’s robust global presence and dedicated fan base provide a solid foundation for launching these models successfully.

With the success of relatively smaller electric motorcycles compared to the struggles of larger sport bike e-motorcycle companies, the Flying Flea appears positioned for a more welcoming market.

Given Royal Enfield’s knack for delivering motorcycles with a blend of nostalgic aesthetics and modern functionality, expectations are high for the FF-C6 and S6 to carve out their own distinct niche in the electric two-wheeler market. For now though, fans are still eagerly awaiting more information and details regarding the performance and price of the upcoming electric two-wheelers.

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XPeng just teased its next-generation P7 sedan and it is SLEEK [Video]

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XPeng just teased its next-generation P7 sedan and it is SLEEK [Video]

It’s been less than a month since XPeng Motors began teasing a new camouflage sedan codenamed the E29. This morning (or this evening if you’re in China), XPeng unveiled the mystery sedan as its next-generation P7. This vast redesign of the Chinese automaker’s flagship BEV sedan is a bona fide stunner, and makes me wish I could drive one of my own in the US.

The P7 debuted at the Shanghai Auto Show in 2019 as XPeng’s first sedan and its second production model behind the now-discontinued G3 SUV. It was also the first XPeng model I ever drove during a trip to the Netherlands in 2022.

In its first two years of production, which began in 2020, XPeng built over 100,000 units of its flagship sedan, and the sport vehicle has remained a pillar in its global sales. Since its launch in China, we’ve seen XPeng deliver a 2023 refresh called the P7i and the P7+, complete with pure camera vision ADAS, which launched last fall as “the world’s first AI car.”

According to an internal letter sent out by XPeng founder, chairman, and CEO He Xiaopeng last December, the Chinese automaker has big plans for 2025 and beyond. It aims to become a globally recognized brand with a presence in over 60 countries by the end of the year.

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The internal letter also stated XPeng’s plans to launch a new or facelifted model nearly every quarter in 2025. In Q1, we saw the debut of the G7 SUV, starting at an ultra-competitive price of around $34,000 in China. Since then, XPeng has been teasing another new model, codenamed “E29,” spotted driving around Guangzhou, where XPeng is headquartered, in camouflage last month.

Today, XPeng confirmed the E29 is not a bespoke model, but instead a completely new generation of the P7, dreamt up by Chief Designer Rafik Ferrag, who led the creation of the original 2020 model. Have a look:

  • XPeng P7
  • XPeng P7
  • XPeng P7

XPeng shares first images of its stunning new P7 design

XPeng shared the initial images seen above alongside a brief press release outlining its exciting new design language as explained by its designer, Rafik Ferrag, who began teasing the new model on his own social media accounts earlier this week:

I’m very excited that the first official pictures and video are now visible to everyone. The original P7 was a milestone for XPENG and a turning point in China’s EV landscape. With this new generation, we set out to design a pure electric sports sedan that could amaze at every angle. This car is our dream—refined through countless iterations. In my eyes, the all-new XPENG P7 is a work of art, shaped with emotion and purpose.

The Chinese automaker explained that the new 5-seat P7 coupe reflects Ferrag’s “evolving design philosophy” and has been in development for the past five years. XPeng founder He Xiaopeng called it a “major upgrade” for the brand’s next leap in BEV technology, blending AI with luxury and the company’s new Turing Smart Driving system.

What specific technology the next-generation P7 holds remains unknown to the public at this time, but we were told more details will be revealed later. For now, we have our first official peek at this new futuristic model and a teaser video, which you can view below.

If the new P7 represents XPeng’s design language going forward, there should be many more exciting reveals in 2025 and beyond as the brand continues to expand into a globally recognized name.

Source: XPeng Motors

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Oil prices fall after Trump raises hopes of a U.S.-Iran nuclear deal

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Oil prices fall after Trump raises hopes of a U.S.-Iran nuclear deal

The Persian Gulf Star gas condensate refinery in Bandar Abbas, Iran, on Jan. 9, 2019.

Ali Mohammadi | Bloomberg | Getty Images

Oil prices fell sharply on Thursday on expectations that the U.S. and Iran may soon reach a deal over Tehran’s nuclear program.

International benchmark Brent crude futures with July expiry were last seen trading 3.2% lower at $63.99 a barrel, paring some of its earlier losses. U.S. West Texas Intermediate futures, meanwhile, stood at $60.98, down 3.4% for the session.

Speaking in Doha, Qatar during his Middle East trip, U.S. President Donald Trump said the U.S. was getting close to securing a nuclear deal with Iran.

“We’re in very serious negotiations with Iran for long-term peace,” Trump said.

His comments come shortly after a top advisor to Iran’s supreme leader told NBC News that the OPEC producer was ready to sign a nuclear deal with certain conditions in exchange for the lifting of economic sanctions.

The prospect of a U.S.-Iran nuclear deal is expected to have profound implications for oil markets.

“The overnight development of a possible nuclear deal is the sole reason for the morning’s weakness. If an agreement is reached, Iran agrees to halt enriching weapon grade uranium and the deal is effectively enforced, which is hard to believe, then the Persian Gulf country’s crude oil exports can rise by as much as 1 [million barrels per day],” Tamas Varga, an analyst at brokerage PVM, told CNBC via email.

“It sounds price negative, but its impact will possibly be mitigated by OPEC+ rolling back on its plan to release barrels back to the market faster than originally planned,” he added.

OPEC and non-OPEC partners, an influential energy alliance known as OPEC+, has surprised markets by raising supply in recent months.

Led by Saudi Arabia, the group agreed in early May to increase output by another 411,000 barrels per day in June. The move came one month after OPEC+ agreed to boost production in May by the same amount.

Economic pain

Iran’s economy has deteriorated dramatically in the years since Trump in 2018 withdrew the U.S. from the Iran nuclear deal, formally titled the Joint Comprehensive Plan of Action. The agreement was brokered in 2015 along with Russia, China, the EU and U.K. under the Obama administration to curb and stringently monitor Iran’s nuclear activity in exchange for sanctions relief.

Already facing several years of protests, significantly weakened currency, and a cost-of-living crisis, the Islamic Republic was hit with the hammer blow of losing its main ally in the Middle East last year, when the Assad regime collapsed in Syria. Tehran’s archenemy Israel, meanwhile, killed most of the senior leadership of Hezbollah, Iran’s proxy in Lebanon.

Iran’s Supreme Leader Ayatollah Ali Khamenei was formerly staunchly opposed to negotiations with the U.S., but senior Iranian government officials reportedly launched a coordinated effort to change his mind, framing the decision as critical to the regime’s survival.

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