Block ip Trap
New Reports Map BC’s Hydrogen Potential for Clean Energy Growth
Jul 14, 2025

New Reports Map BC’s Hydrogen Potential for Clean Energy Growth

A series of reports, released by Foresight Canada in partnership with the Clean Energy and Major Projects Office (CEMPO), investigates British Columbia's potential to establish major hydrogen hubs in various regions and examines the feasibility of hydrogen transportation. In addition to outlining potential challenges, the research identifies key supply and demand opportunities across four areas: BC’s Lower Mainland, Northeast, Southern Interior, and Vancouver Island, highlighting their distinct competitive advantages for hydrogen development.

As British Columbia works toward net zero, a diverse mix of cleantech solutions and energy alternatives will be required. Hydrogen is a promising option to complement electrification. BC has a strong foundation of innovation and expertise to build on. The reports highlight how this established sector, combined with regional strengths, uniquely positions the province to lead in hydrogen production and adoption. While scaling this sector presents real challenges—including the need for new regulations and infrastructure to ensure its safe transport—the opportunities for BC to drive the clean energy transition through strategic hydrogen hub development are significant.

Access the hydrogen hub research reports:

Foresight Canada | https://foresightcac.com/

Clean Energy and Major Projects Office | https://www2.gov.bc.ca/gov

Collegiate Solar Car Teams Shine at the Electrek Formula Sun Grand Prix 2025
Jul 14, 2025

Collegiate Solar Car Teams Shine at the Electrek Formula Sun Grand Prix 2025

The Innovators Educational Foundation (IEF) has announced the culmination of the highly anticipated Electrek Formula Sun Grand Prix (FSGP) 2025, held July 3-5 at the National Corvette Museum (NCM) Motorsports Park in Bowling Green, Ky. The 25th anniversary of this premier collegiate solar car competition showcased exceptional engineering, strategic endurance, and the future of sustainable transportation from over 30 collegiate teams across North America.

The three-day endurance event saw teams push their solar-powered vehicles to their limits on the 3.15-mile Grand Full Course. The competition highlighted not only endurance, speed, and reliability but also innovative energy management and adaptability to challenging track conditions. 

The University of Illinois and Polytechnique Montreal took home the top honors in the Single Occupant Vehicle (SOV) and Multi Occupant Vehicle (MOV) classes, respectively. Notably, the University of Washington took home Rookie of the Year honors for passing scrutineering – the crucial process where the solar cars undergo rigorous inspections before being allowed to compete – in their first-ever appearance, an outstanding achievement for a first-year team. This was a record-breaking year for the event with 34 teams arriving at the track for scrutineering, the highest number ever, with several new teams participating in scrutineering for the first time. 

"We are incredibly proud of all the collegiate teams that participated in the Electrek Formula Sun Grand Prix 2025 and would like to thank our sponsors, volunteers and of course the talented students who helped make the event possible,” said Gail Lueck, Event Director and Operations Director at IEF. “Their dedication, innovation, and perseverance truly embodied the spirit of this competition, demonstrating the capabilities of both the solar powered vehicles and tomorrow’s leaders who designed and built them. More than just a celebration of 25 years since the first FSGP, we also celebrate a record-breaking year with more teams arriving at the track for scrutineering than ever before in this experiential learning brainsport!”

See below the full list of winners from the Electrek Formula Sun Grand Prix 2025:

  • Single Occupant Vehicle (SOV) Class

The winners of the SOV class were determined by the car that drove the most laps while only charging from the sun once the race began. Winners included:

First Place: University of Illinois, completing an impressive 223 laps (702.5 miles)
Second Place: University of Stanford, completing 212 laps (667.8 miles)
Third Place: Florida Polytechnic University, completing 175 laps (551.25 miles)
Fastest Lap: Oliver Tumbel from the University of Florida recorded the fastest SOV lap at 4:23.170 (43.77 mph).

  • Multi Occupant Vehicle (MOV) Class

The winners of the MOV class were determined by a scoring formula that includes miles driven, the number of people in the car, average speed, and the total external non-solar charging during the event. Winners included:

First Place: Polytechnique Montreal, earning a winning score of 148.4 with 222 laps
Second Place: Appalachian State, securing a score of 42.7 with 227 laps
Third Place: Georgia Institute of Technology, finishing with a score of 11.7 and 55 laps.
Fastest Lap: Eduard Podaru from Polytechnique Montreal achieved the fastest MOV lap with a time of 5:09.328 (37.2 mph).

  • Special Recognition Awards

Several teams were also recognized for their outstanding efforts and achievements beyond the track:

Rookie of the Year: University of Washington
Most Improved: Florida Polytechnic University
Fastest Egress: Illinois State University
Perseverance: University of the Pacific
Aesthetics: Western Michigan University
Abe Poot Teamwork Award: Appalachian State University
Capacitance Award: University of California, Irvine

  • Altair Challenge

The Altair Challenge offered teams a chance to win a $10,000 grand prize and other prizes. The Altair Challenge is designed to push the analysis and optimization skills of competing teams to new heights, tasking them with the re-design of a given part using only the provided Altair tools.

Participating teams worked over three days to design the best FSGP-compliant roll cage for the provided Altair chassis. Winners included: 

Grand Prize ($10,000): University of British Columbia
Second Place: University of Florida
Third Place: McMaster University
Judges Choice Lightest: Purdue University
Judges Choice Hottest: Western Ontario

  • Mathworks Award

Mathworks is the longest running sponsor of the IEF. This year Mathworks awarded a $500 prize to the University of Florida team for the best use of a Mathworks product by a solar car team.

American Solar Challenge | https://www.americansolarchallenge.org/

Innovators Educational Foundation | https://www.innovatorseducationalfoundation.org/

Power Integrations Names Jennifer Lloyd as Its Next CEO
Jul 14, 2025

Power Integrations Names Jennifer Lloyd as Its Next CEO

Power Integrations (Nasdaq: POWI), the leader in high-voltage integrated circuits for energy-efficient power conversion, announced that Jennifer A. Lloyd, PhD will be the company’s next chief executive officer, succeeding Balu Balakrishnan, who has served as CEO since 2002. A former member of Power Integrations’ board of directors, Dr. Lloyd has been reappointed to the company’s board. Both appointments are effective July 21.

Jennifer A. Lloyd, PhD

Since 1997, Dr. Lloyd has served in a succession of increasingly senior engineering and business roles at Analog Devices, Inc., a global semiconductor leader. She has led multiple $1B+ businesses spanning various technologies and end markets. Most recently, she was corporate vice president leading the company’s multi-market power business unit, responsible for product, strategy and P&L with leadership of a large global team. Prior roles included leadership of Analog’s precision franchise and its healthcare and consumer unit.

Dr. Lloyd holds doctoral, master’s and bachelor’s degrees in electrical engineering and computer science from the Massachusetts Institute of Technology. Author of numerous technical papers and recipient of eight U.S. patents, she has also been active in the IEEE community, having served on the technical program committee for the International Solid-State Circuits Conference (ISSCC), the Custom Integrated Circuits Conference (CICC) and the VLSI Symposia (VLSI).

Mr. Balakrishnan plans to serve as executive chairman of Power Integrations’ board of directors for approximately six months to ensure a smooth leadership transition; he is expected to remain a non-executive member of the board thereafter. Bala Iyer will remain in the role of lead independent director.

Commented Mr. Balakrishnan: “We are thrilled that Jen Lloyd will be our next CEO. Throughout her distinguished career at Analog Devices, she has proven her ability to drive innovation, deliver new products to the market and achieve profitable growth. Her deep knowledge of power products and technologies and her familiarity with our company will allow her to hit the ground running. I am confident that she is the right leader to take Power Integrations to the next level.”

Dr. Lloyd added: “I am delighted to join Power Integrations as CEO. Power Integrations has a unique franchise in high-voltage semiconductors, with strong intellectual property spanning process, design and packaging, as well as strong system-level expertise and a brand that is respected across the power-electronics industry. The company has tremendous growth opportunities in markets like automotive, datacenter, renewable energy, grid modernization and many more. I am excited to lead the team into what I know will be a bright future.”

Power Integrations | www.power.com

DESRI and El Paso Electric Announce Start of Construction at Santa Teresa Solar & Storage Facility in Doña Ana County, NM
Jul 14, 2025

DESRI and El Paso Electric Announce Start of Construction at Santa Teresa Solar & Storage Facility in Doña Ana County, NM

DESRI, in partnership with El Paso Electric (EPE), announced that the Santa Teresa Solar and Storage project (Santa Teresa, or the Project) has achieved financial notice to proceed (FNTP) and commenced construction. Santa Teresa is a 150 megawatt (MWac) solar facility with a 600 megawatt-hour (MWh) battery energy storage system (BESS) located in Doña Ana County, New Mexico.

"The Santa Teresa Project is a cornerstone of DESRI's growing partnership with El Paso Electric and a prominent example of how cost-effective solar and storage assets can power New Mexico's future," said Hy Martin, Chief Development Officer of DESRI. "The Project not only contributes to regional grid stability via large-scale energy storage, but it also underscores our shared commitment to clean energy and economic development in Doña Ana County and across the state."

"This Project is about more than adding solar power - it's about delivering lasting value to the communities and businesses we serve," said Dave Hawkins, Vice President of System Planning and Operations Support at El Paso Electric. "By providing clean energy and added capacity to the entire region, we're strengthening reliability, supporting sustainability and investing in future economic development growth."

Santa Teresa has a 20-year power purchase agreement with EPE. The Project is expected to generate enough clean energy to power approximately 60,000 EPE customer homes each year. Santa Teresa is DESRI's second project to begin construction in EPE's territory, following the 130 MWac solar and 260 MWh BESS Carne project, which began construction in 2024.

Financing for the construction of the Project was provided by DNB Bank ASA, New York Branch and National Bank of Canada as Joint Coordinating Lead Arrangers, Sumitomo Mitsui Trust Bank, Limited, New York Branch and Korea Development Bank. Deutsche Bank Trust Company Americas acted as the Administrative Agent.

"During this hot summer, energy demand continues to rise. We're proud to be a part of a project that helps support the community by adding clean energy technology to the electric grid, and to do so using U.S. made battery systems," said Jaehong Park, CEO of LG Energy Solution Vertech. "This is a pivotal moment for energy storage, and we're working with DESRI and El Paso Electric to build on the momentum we've seen in the American energy storage market."

LG Energy Solution Vertech will provide U.S. made battery energy storage systems and the AEROS™ software suite for the project with continuous support through a long-term service agreement. SOLV Energy will serve as the engineering, procurement, and construction (EPC) contractor for the Project and will also provide ongoing operations and maintenance services once the Project is operational.

DESRI | https://desri.com/

El Paso Electric | https://www.epelectric.com/

Bojangles Partners with Alyath to Bring Electric Vehicle Charging Stations to Most Locations
Jul 14, 2025

Bojangles Partners with Alyath to Bring Electric Vehicle Charging Stations to Most Locations

Bojangles, the beloved Southern restaurant chain known for its famous breakfast and chicken, biscuits and tea, is taking a bold step toward sustainability and customer convenience. In a new partnership with Smart Big Box, Alyath EV and Energy and Environmental Design Services, Bojangles is set to install turnkey electric vehicle (EV) charging stations at a wide range of locations, making it a first-of-its-kind initiative in the QSR industry.

chargers yellow car

The charging stations will vary between level two (medium) and level three (high) speed charging efficiency with over 97% uptime, making them ready for drivers when they need it most. There will be a minimum of four charging spots per restaurant. 

“Bojangles’ focus is on offering a fast, friendly and convenient experience for our guests, and working with Alyath and Smart Big Box allows us to introduce a new convenience that aligns with evolving customer needs,” said Richard Del Valle, Chief Information Officer at Bojangles. "These top-of-the-line EV chargers will not only improve accessibility for our guests but also help drive an eco-friendlier future.”

Through this initiative, Bojangles aims to cater to the growing number of EV drivers seeking reliable charging options while on the go. The new charging stations will allow customers to power up their vehicles and enjoy Bojangles’ signature menu offerings and hospitality while they wait. 

“We’re thrilled to partner with Bojangles to bring fast, reliable and convenient EV charging to their locations nationwide,” said Cristiane Rosul, CEO of Alyath. “This initiative not only benefits EV drivers but also positions Bojangles as a leader in the future of quick-service dining. By integrating high-speed charging with great food, we’re creating a seamless experience that keeps customers moving.

Smart Big Box has contracted with Energy and Environmental Design Services as the exclusive installer and maintenance partner for all EV chargers, ensuring optimal performance and industry-leading uptime. 

The rollout of EV charging stations at Bojangles will begin in Q4 of 2025, and fans can expect to take advantage of the EV charging

Bojangles | www.bojangles.com

Alyath | https://alyath.com/

 

 

 

 

Wealth Minerals' New Subsidiary Kuska Minerals Is Officially Established and Its Board Meets for the First Time
Jul 14, 2025

Wealth Minerals' New Subsidiary Kuska Minerals Is Officially Established and Its Board Meets for the First Time

Wealth Minerals Ltd. (TSXV: WML) (OTCQB: WMLLF) (SSE: WMLCL) (FSE: EJZN) (the "Company" or "Wealth") announces the completion of the formation of its subsidiary Kuska Minerals SpA ("Kuska Minerals"), in which it has partnered with the Quechua Indigenous Community of Ollagüe ("Ollagüe Community") to further advance the development of the Kuska lithium project in the Salar de Ollagüe, Antofagasta Region, Chile (see news release dated May 27, 2025).

Along with the formation of the new company, its board of directors was established and held its first meeting. The board is composed of Mr. Hendrik "Henk" van Alphen, Mr. Marcelo Awad, Mr. Francisco Lepeley, Mr. Stephen Foot, and Mr. Victor Nina Huanca. The latter is the representative designated by the Ollagüe Community, exercising its right to appoint a member of the Kuska Minerals board.

In its first meeting, the board of directors agreed on certain operating rules and elected Mr. Marcelo Awad as chairman. Additionally, the progress of the Kuska project was discussed, as well as all the upcoming tasks the company will undertake. In this regard, the company reports that, according to publicly available information, the Ministry of Mining is leading an indigenous consultation process for Ollagüe and a small number of other locations, where it has decided to prioritize the granting of Special Lithium Operating Contracts (CEOLs) as a precondition for granting such contracts. In the case of Kuska Minerals, the company hopes to have a CEOL in the near-term, in order to complete the second exploration campaign, and initiate the pre-feasibility study and, in parallel, the environmental impact assessment.

Regarding the formation of the Kuska Minerals board of directors, Henk van Alphen, Wealth's CEO and Kuska Minerals' board member, stated, "We are very pleased to see the JV with the Quechua Indigenous Community of Ollagüe become a reality and to share the new board with Víctor Nina. Since our arrival in the Ollagüe territory more than five years ago, we have been planning this joint venture, which will allow us to develop the lithium project with the highest standards of participation and transparency, thus ensuring that the community directly benefits from the project in several ways."

Meanwhile, Víctor Nina Huanca, president of the Quechua Indigenous Community of Ollagüe and new director of Kuska Minerals, said, "Not only are we making history by being the first mining project or operation in Chile to integrate the community into its property, but this association format and my participation on the board of directors will allow us to ensure that the project is carried out with due respect and care for the environment of our territory, always keeping in mind the principles of our Cosmovision. Our community supports the execution of this project and hopes that the required permits, including the CEOL, are granted in a timely manner."

About the Kuska Project

The Kuska Project is located on 10,200 hectares in the Salar de Ollagüe area, Antofagasta Region, Chile. Wealth Minerals Ltd. began developing the Project in 2019 and has completed two exploration campaigns to date, which also led to the publication of an initial resource estimate ("Estimated Lithium Resources Ollagüe Project" published on SEDAR+ on January 13, 2023) under Canadian NI 43-101 standards. The study estimates indicated resources of 741,000 tonnes of Lithium Carbonate Equivalent ("LCE") with an average concentration of 175 mg/L, in addition to inferred resources of 701,000 tonnes of LCE with an average grade of 185 mg/L. Additionally, the Company has advanced the study of various direct lithium extraction ("DLE") technologies and published a preliminary economic assessment ("PEA") in February 2024, prepared by DRA Global Limited, which yielded very attractive profitability values ​​(IRR of 33% and a NPV at 10% discount of US$1.65 billion, pre-tax in both cases) for a 20,000 tonne LCE per year project with a 20-year mine life. In September 2024, the Chilean government announced that Ollagüe had been selected as part of an initial shortlist of salt flats being prioritized for CEOLs. It has opened application processes for this project, in which Wealth participated. From now on, the new company, Kuska Minerals, will take ownership and control of the Project. The Kuska Project has been an example of mining project development with community involvement, which will be reinforced with the formation of the new company.

Wealth Minerals | www.wealthminerals.com

Pioneering Seaweed Harvest Takes Place in North Sea
Jul 14, 2025

Pioneering Seaweed Harvest Takes Place in North Sea

Seaweed farmers have made the first-ever harvest at North Sea Farm 1, the world's first commercial-scale seaweed farm located in a field of wind turbines off the coast of Scheveningen in the Netherlands. The farm was created by North Sea Farmers with €2 million funding from Amazon's Right Now Climate Fund.

Seaweed farmers inspect the inaugural seaweed harvest at North Sea Farm 1, the world’s first commercial-scale seaweed farm located between wind turbines. The farm was funded with €2 million from Amazon’s Right Now Climate Fund and will provide researchers with insight into how seaweed farms could remove carbon from the atmosphere, contribute to climate resilience, and scale the cultivation of seaweed globally.

Seaweed farmers inspect the inaugural seaweed harvest at North Sea Farm 1, the world’s first commercial-scale seaweed farm located between wind turbines. The farm was funded with €2 million from Amazon’s Right Now Climate Fund and will provide researchers with insight into how seaweed farms could remove carbon from the atmosphere, contribute to climate resilience, and scale the cultivation of seaweed globally.

 

The harvest provides valuable insights to researchers looking into how seaweed farms could remove carbon from the atmosphere, contributing to climate resilience, and how to scale the cultivation of seaweed globally. Seaweed farms could also promote biodiversity and reduce agricultural pressure on land.

 

"The inaugural harvest of North Sea Farm 1 is a significant moment," said Eva Faict, Amazon Netherlands and Belgium country manager. "Together with North Sea Farmers, we have proven that cultivated seaweed farming among offshore wind turbines is a viable commercial concept."

By locating the farm between offshore wind turbines—a world first for a commercial-scale seaweed farm—North Sea Farmers found a way of securing physical space for the farm away from maritime traffic.

"Through ongoing scientific research, we aim to demonstrate whether farms like this can have a positive long-term impact on both biodiversity and climate change mitigation," said Eef Brouwers, Managing Director of North Sea Farmers. "At the same time, we're proving that seaweed production within an existing offshore infrastructure is possible at a commercial scale."

The harvesting process at North Sea Farm 1—spanning five hectares of the 'Hollandse Kust Zuid' wind farm—involves the use of a vessel carefully navigating between wind turbines, collecting seaweed from nets anchored to the seabed.

Plymouth Marine Laboratory Deltares and Silvestrum Climate Associates have been monitoring the farm using satellite data, as well as site visits, to understand upper scaling limits for future projects.

Professor Ana M Queirós, Plymouth Marine Laboratory's Climate Change Lead, said: "We're very excited to understand the effects of the seaweed farm on the immediate and surrounding marine environment. Our analysis will follow the carbon from the seawater into the seaweed and the environment, and any effects on biodiversity.

"It's vital projects like this are underpinned with rigorous scientific evidence, particularly given the urgency of the climate and biodiversity crisis and the need to find scalable mitigation measures that produce genuinely beneficial and sustainable outcomes."

North Sea Farmers | https://www.northseafarmers.org/

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