Block ip Trap
Progress Towards Potassium-Ion Batteries
Jul 08, 2025

Progress Towards Potassium-Ion Batteries

Potassium-ion batteries could have a higher energy density than sodium-ion batteries. This is important for large-scale energy storage such as for renewable energy. In a review published in Science and Technology of Advanced Materials, researchers have surveyed the battery technologies that will be vital for a sustainable green transition. Eunho Lim and colleagues at Korea’s Dongguk University discuss recent advances and challenges, and point towards the research needed to develop an alternative to lithium-ion batteries. 

 

Although lithium-ion batteries have been invaluable in the electronics revolution—powering laptops, smartphones, electronic vehicles, and much more—their expanding use faces a critical challenge. Lithium is not a common resource. Increasing demand has turned it into a high-value, strategic resource, and the green transition is expected to increase demand further still. 

One alternative is to develop battery technologies based around a more common material. Sodium-ion batteries are an option, and the technology is nearly ready for commercialization. But potassium-ion batteries would be even better, since they could have a higher energy density, which is especially important for large-scale energy storage, such as for renewable energy. 

“Potassium-ion batteries are emerging as a viable alternative due to the abundance and cost-effectiveness of potassium, but realizing their potential requires the development of advanced anode materials tailored to the unique properties of potassium ions,” explains Lim. 

Professor Lim’s review addresses the research needed to realize the potential of potassium-ion batteries. The paper systematically examines the strengths and weaknesses of different anode materials and the electrochemical mechanisms each would rely on. The paper also outlines strategies that could overcome the weaknesses of each approach, as well as the trade-offs between performance and stability. One important point that emerges is the interaction of electrochemical parameters and physical structures in determining the potassium-ion batteries’ capacity and longevity. Based on this overview, the team highlights paths for future research to advance potassium-ion battery technology. 

Lim plans to build on this groundwork, aiming to design new materials that can deliver the promise of potassium-ion batteries while working around their limitations. “My research will focus on the development of cost-effective, high-performance, and safe anode materials for potassium-ion batteries,” he says. He also plans to use advanced characterization techniques to investigate some of the fundamental phenomena that happen in the battery materials. “Understanding these mechanisms will be crucial for optimizing material design and electrode architecture.” 

“Ultimately,” he says, “my goal is to contribute to the commercialization of potassium-ion batteries by developing materials that can rival or exceed the performance of current lithium-ion battery  anodes.” 

Paper: https://doi.org/10.1080/14686996.2025.2518746 

Science and Technology of Advanced Materials | https://www.tandfonline.com/STAM  

SolarBank's 7.2 MW Hoadley Hill Project Successfully Completes Major Interconnection Study on Path to Permit
Jul 08, 2025

SolarBank's 7.2 MW Hoadley Hill Project Successfully Completes Major Interconnection Study on Path to Permit

SolarBank Corporation (NASDAQ: SUUN) (Cboe CA: SUNN) (FSE: GY2) ("SolarBank" or the "Company"), a leading North American developer and owner of clean energy assets, is pleased to announce that its 7.2 MW Hoadley Hill Road ground-mount solar project in upstate New York (the "Project") has officially cleared a key milestone: the Coordinated Electric System Interconnection Review (CESIR). This critical regulatory green light paves the way for the next major steps —securing full site permits, financing and preparing for construction.

  • The Project is slated to deliver enough power to serve approximately 850 homes and will feed directly into the local grid.
  • Backed by New York's VDER (Value of Distributed Energy Resources) compensation mechanism, the Project is currently projected to receive US$0.0971/kWh in year-one average compensation.

"With the interconnection review now in the rearview mirror, we're shifting into high gear," said SolarBank CEO Dr. Richard Lu. "We're now full speed ahead on permitting and project financing to bring this clean energy solution online."

SolarBank is also targeting incentives through NYSERDA's NY-Sun Program, with the potential to secure a one-time payment of up to US$0.395/W DC. These state-backed incentives are designed to de-risk the capital stack and accelerate the pace of solar deployment across New York State.

Once permits and financing are secured, SolarBank intends to begin construction on what will be structured as a community solar project. That means no rooftop required—residents and businesses alike will be able to subscribe to the solar farm and receive credits on their utility bills. Community solar has become one of the most dynamic segments of the renewable energy market, offering low-barrier access to clean power and cost savings without the installation or maintenance hassle.

The Hoadley Hill project highlights SolarBank's scalable model and ability to execute. With over 100 MW of projects built and a development pipeline exceeding 1 GW, the Company brings deep bench strength and institutional-quality infrastructure development to the table.

New York State remains the national leader in solar development, currently generating nearly one-third of the total 6.2 GW of community solar capacity across the United States. This Project adds further momentum to the state's push toward 6 GW of installed solar by the end of 2025—a cornerstone goal of its Climate Leadership and Community Protection Act.

SolarBank's Hoadley Hill solar project sits at the intersection of climate goals, community engagement, and long-term energy infrastructure value. As a fully merchant project optimized for incentive alignment and future cash flows, it also reflects the growing maturity of the community solar model.

SolarBank Corporation | www.solarbankcorp.com

Aventis Energy Announces Mobilization of Exploration Crews to the Corvo Uranium Project in Northern Saskatchewan
Jul 08, 2025

Aventis Energy Announces Mobilization of Exploration Crews to the Corvo Uranium Project in Northern Saskatchewan

Aventis Energy (“Aventis” or the “Company”) (CSE: AVE | FRA: C0O0 | OTC: VBAMF), is pleased to announce that its 2025 exploration program (the “Program”) has begun on its Corvo Uranium Project (the “Corvo Property”, or the “Project”). The Company mobilized to the site on July 4, 2025, to begin a detailed mapping and sampling program across historical uranium showings and zones of interest.

Highlights:

  • High-grade* Uranium at Surface: A prospecting, mapping, and geochemical sampling program is currently underway to ground-truth historical uraniferous outcrops including the Manhattan showing (1.19 to 5.98% U3O8) and SMDI showing 2052 (0.137% U3O8 and 2,300 ppm Th)1.
  • Integrated Target Development: The results of the recent airborne TDEM survey2 are currently undergoing geophysical inversion, interpretation, and modelling to prioritize target areas for inaugural drilling.
  • Inaugural Drill Program: A diamond drill program is being planned for Q1 2026 to begin testing targets developed and ranked through the detailed programs that will be executed in 2025.

Mandeep Parmar, Interim CEO and Director of the Company, commented, “We are looking forward to completing a successful sampling and mapping Program. The team will work to confirm uranium grades and sample high priority targets. The Program will provide valuable insights which will all be vital to our targeting strategy for the maiden drill program.”

Vital Battery Metals Inc

Figure 1. Regional map of the Corvo Property. The Project is located 45 km northeast of Atha Energy’s Gemini Mineralized Zone (“GMZ”) and 60 km due east of Cameco’s McArthur River mine.

2025 Exploration Plans

The Company’s technical team mobilized to the Corvo Project on July 4, 2025, to undertake a detailed mapping, prospecting, and sampling program to ground-truth historical uranium showings at surface. Collected grab samples will be transported to Saskatchewan Research Council Geoanalytical Laboratories in Saskatoon, SK for geochemical analysis. Results will be released and incorporated into the first NI 43-101 technical report on the Project.

Supplementary geophysical surveys across the Project are being designed to further refine drill targets for an inaugural drill program. The Company plans to complete a high-resolution ground gravity survey across the main conductive trends on the Project, aiming to identify potential hydrothermal alteration halos which could be related to basement-hosted uranium mineralization.

Earlier this year, the Company contracted Axiom Exploration Group Ltd. in partnership with New Resolution Geophysics to carry out a helicopter-borne Xcite time domain electromagnetic and total field magnetic survey over the Corvo Property. The survey totalled approximately 1,380 line-kms with a traverse line spacing of 100 m and tie-line spacing of 1,000 m. The airborne TDEM survey outlines several kilometers of conductive anomalies and magnetic features in bedrock, effectively enhancing the resolution of the conductive trends on the Project.

The magnetic survey component of the TDEM survey contributes to definition of potential fault systems and structural trends not previously identified across the project related to historical uranium showings at surface and in historical drill holes.

Ongoing geophysical interpretation and modeling is planned throughout 2025 to integrate historical surveys with newly collected datasets, which will provide high-priority drill targets and significantly derisk the Project prior to modern drilling next year.

The Company believes the Project is highly prospective for the discovery of shallow, high-grade basement-hosted uranium mineralization akin to the Rabbit Lake deposit and the recently discovered Gemini Mineralized Zone. Located just outside the current margin of the Athabasca Basin, Corvo boasts shallow drill targets with bedrock under minimal cover of glacial till. Several outcrop showings of mineralized veins and fractures are present on the Project, notably the Manhattan Showing that returned historical sample results up to 59,800 ppm U at surface1 and has never been drill tested.

rainbow map

Figure 2. Summary map showing low/EM conductor trends on the Corvo Property and highlighting historical samples and drill holes with anomalous uranium and/or radioactivity, with first vertical derivative magnetics in the background.

*The Company considers uranium mineralization with concentrations greater than 1.0 wt% U3O8 to be “high-grade”.

**The Company considers radioactivity readings greater than 300 counts per second (cps) to be “anomalous”.

Qualified Person Statement

The scientific and technical information contained in this news release has been reviewed, verified, and approved by Sean Hillacre, P.Geo., President and VP Exploration of Standard Uranium Ltd. and a “qualified person” as defined in NI 43-101 – Standards of Disclosure for Mineral Projects.

Historical data disclosed in this news release relating to sampling results from previous operators are historical in nature. Neither the Company nor a qualified person has yet verified this data and therefore investors should not place undue reliance on such data. The Company’s future exploration work may include verification of the data. The Company considers historical results to be relevant as an exploration guide and to assess the mineralization as well as economic potential of exploration projects. Any historical grab samples disclosed are selected samples and may not represent true underlying mineralization.

References

1 - SMDI# 2052: https://mineraldeposits.saskatchewan.ca/Home/Viewdetails/2052 & Mineral Assessment Report MAW00047: Eagle Plains Resources Inc., 2011-2012

2 - Standard Uranium Provides Exploration Update Highlighting Results of Gravity and TDEM Surveys on Three Eastern Athabasca Uranium Projects, News Release, March 13, 2025. https://standarduranium.ca/news-releases/standard-uranium-provides-exploration-update-tdem-surveys-on-three-eastern-athabasca-uranium/

Aventis Energy I http://aventusenergy.us/

 

 

Innova Completes Sale of Wrexham Solar Park to Atrato Onsite Energy
Jul 08, 2025

Innova Completes Sale of Wrexham Solar Park to Atrato Onsite Energy

Innova and Atrato Onsite Energy have announced successfully reaching financial close on Wrexham Solar Park, a fully consented 15MWp solar development. Atrato has acquired the ready-to-build development site from Innova, appointed Sunnerg Ltd as its EPC contractor, and OCU Hornbill Ltd as the Independent Connections Provider.  

2022-10-13 13.37.12

Construction is to commence immediately, and energisation is expected in the first half of 2026. Energy generated on the site will be purchased, via a private wire connection, by Dwr Cymru Welsh Water (“DCWW”) under a 40-year Power Purchase Agreement (‘PPA’), which is amongst the longest private wire PPAs in the UK.

The solar site will energise DCWW’s Five Fords sewage treatment works. As part of the arrangement and associated works, DCWW is also upgrading its internal grid infrastructure at Five Fords, which will improve the reliability and robustness of the power supply.

Christian Miller, Investment Director at Innova, said:

“It is with great pleasure that we announce the divestment of Wrexham Solar Park to Atrato Onsite Energy, contributing towards our shared ambitions of Net Zero. We look forward to working together in future on similar projects that leverage our expertise to provide energy solutions to meet customer demand. I would also like to thank DCWW for their support throughout the development and sales process as PPA off-taker.”

Gurpreet Gujral, CEO of Atrato Onsite Energy, commented: 

“I’m thrilled to announce our first renewable energy project in Wales, where we are seeing significant demand for our solar solutions. This unique PPA means that DCWW has secured clean energy at a low cost for the next 40 years. We are pleased to welcome another major water utility into our portfolio. Solar can play an important role for water companies given their energy. This project energises a crucial waste-water treatment facility that serves 100,000 people in and around the Wrexham area. Once commissioned, this will be our eighth solar project (with a total capacity of 30MW) connected directly into a water utility facility in the UK. We would like to thank the teams at Innova, DCWW, Sunnerg and OCU for their support on this transaction.”

Innova | www.innova.co.uk

Onsite Energy | www.roofenergy.uk

Soluna Fills Rack Capacity at Dorothy 2 with 30 MW Expansion with Top-Tier Bitcoin Miner
Jul 08, 2025

Soluna Fills Rack Capacity at Dorothy 2 with 30 MW Expansion with Top-Tier Bitcoin Miner

Soluna Holdings, Inc. (“Soluna” or the “Company”), (NASDAQ: SLNH), a developer of green data centers for intensive computing applications, including Bitcoin mining and AI, announced a 30 MW expansion with an industry-leading Bitcoin miner at the company’s flagship project site, Texas-based Project Dorothy 2. This marks the third expansion with this customer, who first deployed with Soluna at Project Sophie in 2023. With this deal, Project Dorothy 2 is now fully marketed and contracted.

wind

“This milestone marks the full ramp of Dorothy 2’s sustainable hosting capacity—and another strong vote of confidence from one of our longest-standing customers,” said John Belizaire, CEO of Soluna. “It’s a major milestone in our growth pipeline, bringing 100% of our active facilities to full capacity. It also underscores the rising demand for efficient, renewable-powered infrastructure in the post-halving era.”

The customer expansion represents an additional 1,462.03 PH/s of hashrate powered by renewable energy, further advancing both companies’ commitment to sustainable blockchain infrastructure in the United States.

Project Dorothy 2 is a 48 MW data center co-located with a 150 MW wind farm. The first phase of its three-phase ramp came online in Q2 2025 and will reach full capacity in Q4 2025. The site is engineered to optimize Bitcoin mining efficiency while reducing environmental impact. Soluna will begin phasing in the customer’s hardware in the coming weeks.

Soluna Holdings | www.solunacomputing.com

Westbridge Renewable Energy Announces Launch of First Data Centre Project: Fontus, a 380+ MW Strategic Hub in Colorado
Jul 08, 2025

Westbridge Renewable Energy Announces Launch of First Data Centre Project: Fontus, a 380+ MW Strategic Hub in Colorado

Westbridge Renewable Energy Corp. (TSXV: WEB) (OTCQX: WEGYF) (FRA: PUQ) ("Westbridge", "Westbridge Renewable" or the "Company") a leading developer of utility-scale renewable energy and energy infrastructure, is pleased to announce the launch of its first data centre project, Fontus, located in Colorado, USA.

The 380-megawatt data centre campus marks Westbridge's strategic entry into digital infrastructure, underscoring its commitment to building sustainable, high-performance assets in high-demand markets.  Fontus is situated in a strategic location near major urban centres with quick access to a key carrier-neutral fibre network hub, providing proximity to end users and strong network connectivity potential.

"Fontus represents a bold step forward for Westbridge as we leverage our core strengths in land origination, permitting, and grid infrastructure to enter the high-growth digital infrastructure market," said Stefano Romanin, CEO of Westbridge. "This is a natural extension of our renewable energy platform, and we're excited to bring clean, scalable computing capacity to one of the most dynamic markets in the U.S."

Project Highlights:

  • Name: Fontus Data Centre Project
  • Location: Colorado, USA
  • Size: 380+ MW
  • Status: Land secured; environmental feasibility completed; fibre available
  • Connectivity: Grid and natural gas interconnection process underway
  • Strategic Value: Near key urban nodes and a regional data carrier hotel, enabling low-latency delivery and access to high-speed fibre networks

With the land acquisition completed and critical milestone assessments successfully evaluated, Fontus is now progressing through grid and gas interconnection approvals. The site offers a robust platform for future clean energy integration, including potential co-location with Westbridge's renewable power assets.

"Data centres are rapidly evolving as one of the most critical infrastructure classes that support the vast digital ecosystem1," added Romanin. "Fontus combines power, proximity, and scale — three essential ingredients for tomorrow's cloud and AI-driven applications."

Westbridge expects to provide further updates as project milestones are achieved, including anchor tenant engagement, final site design, and power procurement strategy.

1. White & Case, "Data Centre Spotlight – the dawn of a transformative era", 7 July 2025

Westbridge Renewable Energy | www.westbridge.energy 

SolarBank's 7.2 MW Hoadley Hill Project Successfully Completes Major Interconnection Study on Path to Permit
Jul 08, 2025

SolarBank's 7.2 MW Hoadley Hill Project Successfully Completes Major Interconnection Study on Path to Permit

SolarBank Corporation (NASDAQ: SUUN) (Cboe CA: SUNN) (FSE: GY2) ("SolarBank" or the "Company"), a leading North American developer and owner of clean energy assets, is pleased to announce that its 7.2 MW Hoadley Hill Road ground-mount solar project in upstate New York (the "Project") has officially cleared a key milestone: the Coordinated Electric System Interconnection Review (CESIR). This critical regulatory green light paves the way for the next major steps —securing full site permits, financing and preparing for construction.

  • The Project is slated to deliver enough power to serve approximately 850 homes and will feed directly into the local grid.
  • Backed by New York's VDER (Value of Distributed Energy Resources) compensation mechanism, the Project is currently projected to receive US$0.0971/kWh in year-one average compensation.

"With the interconnection review now in the rearview mirror, we're shifting into high gear," said SolarBank CEO Dr. Richard Lu. "We're now full speed ahead on permitting and project financing to bring this clean energy solution online."

SolarBank is also targeting incentives through NYSERDA's NY-Sun Program, with the potential to secure a one-time payment of up to US$0.395/W DC. These state-backed incentives are designed to de-risk the capital stack and accelerate the pace of solar deployment across New York State.

Once permits and financing are secured, SolarBank intends to begin construction on what will be structured as a community solar project. That means no rooftop required—residents and businesses alike will be able to subscribe to the solar farm and receive credits on their utility bills. Community solar has become one of the most dynamic segments of the renewable energy market, offering low-barrier access to clean power and cost savings without the installation or maintenance hassle.

The Hoadley Hill project highlights SolarBank's scalable model and ability to execute. With over 100 MW of projects built and a development pipeline exceeding 1 GW, the Company brings deep bench strength and institutional-quality infrastructure development to the table.

New York State remains the national leader in solar development, currently generating nearly one-third of the total 6.2 GW of community solar capacity across the United States. This Project adds further momentum to the state's push toward 6 GW of installed solar by the end of 2025—a cornerstone goal of its Climate Leadership and Community Protection Act.

SolarBank's Hoadley Hill solar project sits at the intersection of climate goals, community engagement, and long-term energy infrastructure value. As a fully merchant project optimized for incentive alignment and future cash flows, it also reflects the growing maturity of the community solar model.

There are several risks associated with the development of the Project. The development of any project is subject to receipt of a community solar contract, receipt of required permits, the availability of third-party financing arrangements for the Company and the risks associated with the construction of a solar power project. In addition, governments may revise, reduce or eliminate incentives and policy support schemes for solar power, which could result in future projects no longer being economic. Please refer to "Forward-Looking Statements" for additional discussion of the assumptions and risk factors associated with the Projects and statements made in this press release.

SolarBank Corporation | www.solarbankcorp.com

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Progress Towards Potassium-Ion Batteries

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