While not the world oldest profession, the reuse of products is a close second, dating back to when a caveman picked up a spear after his partner was eaten by a lion. Today, it is estimated that 45 percent of industries depend on it. Some examples are the auto industry relying on scrapyards for parts, heavy construction equipment, HVAC systems in buildings, utilities, plumbing, marine, military, aviation, and telecommunications — all rely on....
Fire risk tops the headlines, but short circuit events may be the more immediate threat on your next project. Battery energy storage systems (BESS) are having a moment. After years of promise, the technology has reached an inflection point thanks to plummeting costs, utility-scale deployments, and continuing federal support. BESS has earned its reputation as the sector to watch by solving difficult grid problems. But momentum has a way of o....
In the North American power market, Demand Response (DR) is no longer confined to large industrial facilities turning off heavy machinery during peak hours. Driven by FERC Order 2222 and the rapid deployment of distributed energy resources (DERs), behind-the-meter C&I solar and Battery Energy Storage Systems (BESS) are increasingly relied upon to provide active grid support. Modern utility programs and Virtual Power Plants (VPPs) require C....
Artificial intelligence is rapidly becoming one of the most significant drivers of energy demand growth in modern history. As hyperscale data centers expand across North America to support AI processing, cloud infrastructure, and high-density computing, utilities and developers are accelerating investments in renewable energy projects at unprecedented speed. Much of the public conversation surrounding this transition has focused on solar photovol....
Energy Storage
Schaltbau North America
Energy Storage
Gary Lam
Energy Storage
Sequoya Cross
WAVE Charging, a leading provider of high-power wireless charging solutions for commercial electric vehicles, announced the deployment of a wireless charging system at the Port of Los Angeles in partnership with Ports America. The project features 12 high-power wireless charging pads supporting a fleet of 10 RIDE battery-electric yard tractors, helping accelerate the transition to zero-emission cargo handling operations.
The installation includes ten 125 kW wireless charging pads, enabling vehicles to charge automatically during normal work activities. An additional two 125 kW opportunity charging pads have been installed near the driver break area, allowing operators to maximize vehicle uptime by charging during naturally occurring dwell periods.
WAVE's wireless charging technology eliminates the need for plug-in charging, with hands-free energy transfer without cables, connectors, or operator intervention. By integrating charging into normal terminal operations, vehicles can operate for more hours without needing to worry about battery capacity or range.
"This deployment demonstrates how wireless charging can remove operational barriers to fleet electrification in one of the most demanding freight environments in the world," said Ben Auslander VP of Sales & Marketing at WAVE Charging. "By enabling charging during routine work cycles and driver breaks, Ports America can maximize vehicle utilization while advancing its sustainability goals and leveraging the safest charging solution."
Ports America operates one of the largest port and terminal networks in the United States and continues to invest in technologies that support efficient, sustainable cargo movement. The wireless charging deployment supports the Port of Los Angeles' broader efforts to reduce emissions and advance zero-emission freight operations.
The 10 RIDE electric yard tractors will utilize WAVE's inductive charging technology throughout daily operations, reducing reliance on traditional charging infrastructure while helping maintain continuous terminal activity. The 125-kW charging system is designed to support heavy-duty commercial vehicle applications, delivering reliable energy transfer in demanding port environments.
"This project showcases the future of commercial fleet charging," said Willy Won Director of Engineering with Ports America. "Wireless charging allows us to seamlessly integrate vehicle charging into existing operations, helping us improve efficiency while supporting our commitment to cleaner port operations."
WAVE's wireless charging systems are currently deployed across transit, port, warehouse, and logistics applications, providing commercial fleets with a safe, automated charging solution that reduces operational complexity and supports vehicle electrification.
WAVE Charging | https://www.wavecharging.com/
Lilac Solutions, a leading provider of direct lithium extraction (DLE) technology, announced it has selected JordProxa as the technology and equipment partner for the lithium downstream conversion process at its Phase 1 commercial lithium carbonate facility on Utah's Great Salt Lake.
JordProxa will supply the technology and equipment package for downstream conversion at the Phase 1 facility, including performance guarantees. The package will convert the lithium sulfate eluate produced by Lilac’s ion exchange (IX) process into battery-grade lithium carbonate through evaporation, purification, and crystallization.
The agreement follows a period of testing and basic engineering during the FEL-3 project phase, in which JordProxa processed eluate produced directly from Great Salt Lake brine and successfully produced battery-grade lithium carbonate.
"JordProxa brings deep experience in evaporation and crystallization technology, and their work during our FEL-3 phase gave us full confidence in their ability to deliver at commercial scale," said Raef Sully, Chief Executive Officer of Lilac. "This is a critical piece of the project, and we have the right partner in place."
"The Great Salt Lake is a remarkable resource, and this project demonstrates what becomes possible when innovative DLE technology is paired with proven downstream processing," said Paul Browne, Managing Director, JordProxa. "We've worked closely with the Lilac team through the FEL-3 phase and are confident in the path to producing battery-grade lithium carbonate from this resource at commercial scale."
The north arm of the Great Salt Lake holds an estimated 1.4 million tonnes of lithium carbonate equivalent, one of the largest identified lithium resources in the United States. The Phase 1 facility will occupy a 20-acre site on its shore in Box Elder County, Utah, designed to produce 5,000 tpa of battery-grade lithium carbonate with first lithium production planned for 2028. A Phase 2 expansion would bring total capacity to 20,000 tpa LCE.
Lilac's Gen 5 IX technology will extract lithium from brine pumped directly from the lake and return the lithium-depleted brine in equal volume, a non-consumptive process that does not lower lake water levels. The project will generate local tax revenues and royalties to support lake preservation and create jobs in Utah. The IX media, the active material at the core of the extraction process, will be produced at Lilac's manufacturing facility in Fernley, Nevada, supporting a fully domestic supply chain for the extraction process.
In 2025, Lilac completed a seven-month pilot plant on the lake, achieving 87% average lithium recovery on a high sulfate brine containing only 70 mg/L lithium and proving the technology's ability to economically extract lithium from ultra-low-grade brine. Independent third-party analysis confirmed both technology performance and compliance with Lilac's non-consumptive and non-contaminating process requirements.
Lilac recently selected Hatch as the EPCM partner for the Great Salt Lake project. Together with the JordProxa technology and equipment contract, Lilac has now secured the major contractors needed to advance the project toward construction. Lilac has also executed a binding 10-year take-or-pay offtake agreement with Traxys North America covering 100% of planned Phase 1 production. The project is on track to be among the first U.S. lithium brine projects to reach final investment decision.
JordProxa | www.jordproxa.com
Lilac Solutions | lilacsolutions.com
Magnolia Advanced Materials, Inc., a custom formulator of high-performance epoxy systems for aerospace, defense and industrial applications, announced they have formed a global Research & Development department to accelerate the engineering of high-performance epoxies for the electric vertical takeoff and landing (eVTOL) market. Magnolia has assembled some of the highest-caliber chemists in the world to focus on new products for this market.
Magnolia has decades of experience with the traditional vertical takeoff and landing (VTOL) segment, primarily with heavy duty commercial-industrial applications. These applications used petrol fuel turboshaft engines that are more forgiving for weight and distance. Modern eVTOL motors are more sensitive to weight and distance and demand a significantly higher strength-to-weight ratio consideration.
Already, Magnolia’s R&D chemists have formulated eVTOL epoxy products that deliver the high strength-to-weight ratios and fast cure times that eVTOL manufacturers need to achieve extended battery-powered range and faster production times. Magnolia chemists also are focused on refining a complete advanced materials portfolio that will include the full range of structural and non-structural bonded joint applications needed throughout composite-intensive airframes.
“Modern eVTOL aircraft must meet the same certification standards necessary for traditional aerospace applications,” said Magnolia President and CEO Wayne Tanner. “Magnolia has a 70-year history of collaborating with aerospace customers to address new challenges in an expeditious and value-oriented way. Establishing an R&D department focused on eVTOL solutions is another way we are carrying that tradition forward.”
Magnolia Advanced Materials | https://www.magnoliaadvanced.com/
The NC Clean Energy Technology Center (NCCETC) released its Q2 2026 edition of The 50 States of Solar. The quarterly series provides insights on state regulatory and legislative discussions and actions on distributed solar policy, with a focus on net metering, distributed solar valuation, interconnection rules, community solar, residential fixed charges, residential demand and solar charges, financial incentives, and third-party ownership.
The report finds that 45 states, plus the District of Columbia and Puerto Rico, took some type of distributed solar policy action during Q2 2026 (see figure below), with the greatest number of actions continuing to address net metering policies (53), community solar policies (48), and residential fixed charge or minimum bill increases (45). A total of 284 distributed solar policy actions were taken during Q2 2026, with the most actions taken in Illinois, Maryland, New Jersey, Virginia, New Hampshire, Connecticut, Maine, and Rhode Island. New this quarter is a bonus section focusing specifically on plug-in solar.
Q2 2026 Policy Action on Net Metering, Rate Design, and Solar Ownership
The report identifies three trends in solar policy activity taken in Q2 2026: (1) legislators continuing to advance bills authorizing plug-in solar, (2) decision-makers balancing the costs of distributed generation programs, and (3) states considering interconnection improvements for residential and public sector customers.
“This quarter saw a flood of bills addressing plug-in solar, with half of all states considering bills that would lessen the regulatory burden for these systems,” observed Brian Lips, Senior Project Manager at NCCETC. “This signals strong interest in the technology across all corners of the country as a way to increase opportunities for customers who can’t access traditional solar systems.”
The report notes the top five distributed solar policy actions of Q2 2026:
"As distributed generation and net metering grow, states are looking for ways to ensure associated costs are properly allocated between participating and non-participating ratepayers," noted Rebekah de la Mora, Project Manager at NCCETC. "From new cost recovery mechanisms to program revamps that must consider ratepayer impacts, states are using a variety of tools at their disposal to prevent cost shifting.”
View the 50 States of Solar Q2 2026 Quarterly Report Executive Summary
View and Purchase the 50 States of Solar Q1 2026 Quarterly Report
NC Clean Energy Technology Center | http://www.nccleantech.ncsu.edu
Green Rain Energy Holdings Inc. (OTCID: GREH) ("Green Rain" or the "Company") announced plans to develop a new electric-vehicle charging project at the Sheraton San Jose Silicon Valley, located at 1801 Barber Lane in Milpitas, California.
Working with Chronicle Electric through the Company's Driftwood property initiative, GREH plans to deploy a combination of Level 2 destination chargers and DC fast chargers designed to serve hotel guests, Silicon Valley commuters, rideshare drivers and regional travelers.
The hotel is located approximately three miles from Levi's Stadium and provides convenient access to San Jose, Santa Clara, Silicon Valley and the greater San Francisco Bay Area.
"This is the type of location we want in the GREH network: a recognized hospitality destination positioned near major employment, travel and entertainment corridors," said Alfredo Papadakis, Chief Executive Officer of Green Rain Energy Holdings. "Our strategy is to place charging assets where vehicles already stop, where drivers need dependable charging and where utilization can support recurring infrastructure revenue."
A Premium Location in America's Largest EV Market
California is projected to require approximately 1.01 million public and shared-private chargers by 2030, including approximately 39,000 DC fast chargers, to support an estimated 7.1 million light-duty plug-in electric vehicles.
Public charging is commonly concentrated at hotels, shopping destinations, airports and high-traffic travel corridors-making hospitality properties a natural fit for GREH's destination-charging model.
The planned installation is expected to combine:
Level 2 chargers for overnight guests and extended stays;
DC fast chargers for drivers requiring rapid charging;
Digital payment and network-management capabilities; and
Potential future integration with renewable energy and energy-management technologies.
Published industry estimates indicate that well-positioned Level 2 chargers may generate approximately $2,000 to $10,000 in annual gross charging revenue per unit, while high-traffic DC fast-charging stations may generate approximately $20,000 to $50,000 annually. Actual results vary substantially based on utilization, electricity costs, pricing, charger power, uptime and operating arrangements. These figures are industry estimates and are not projections or guarantees of revenue for the GREH project.
Positioned in a Rapidly Expanding Infrastructure Market
More than 1.3 million public charging points were added globally during 2024, representing year-over-year growth of more than 30%.
The global DC fast-charging market has been estimated at approximately $11.6 billion in 2026 and is projected by industry researchers to reach approximately $51.6 billion by 2033.
"EV charging is becoming essential destination infrastructure," Papadakis added. "Hotels that offer charging can provide an important amenity to guests while creating new opportunities for charging revenue, longer customer dwell time and broader property engagement. GREH intends to participate in that value chain through carefully selected sites and disciplined project development."
The Company will provide further information regarding the number and capacity of chargers, project economics, ownership structure, construction schedule and anticipated commissioning date as engineering, utility coordination, permitting and final site planning progress.
New Investor-Focused Corporate Website
Green Rain Energy Holdings also announced the launch of its redesigned corporate website, Green Rain Energy, providing investors and prospective partners with enhanced access to Company information, project updates and GREH's clean-energy growth strategy.
The website highlights the Company's focus on:
EV charging infrastructure;
Community solar development;
Grid-integrated renewable-energy solutions; and
Long-term recurring revenue opportunities through infrastructure development and ownership.
Special Share Dividend
GREH also reminds shareholders of its previously announced special share dividend for eligible shareholders of record as of July 15, 2026, subject to the terms, conditions and distribution procedures contained in the Company's applicable public disclosures.
"This special dividend is intended to recognize our shareholders as we continue building GREH's clean-energy platform," Papadakis said. "Our focus remains on execution-advancing quality projects, building valuable infrastructure and positioning the Company for sustainable long-term growth."
Shareholders should consult the Company's official disclosures for complete information concerning eligibility, timing, distribution mechanics and any conditions applicable to the dividend.
Building the Infrastructure Behind the Energy Transition
Green Rain Energy Holdings is pursuing a vertically integrated strategy encompassing project identification, development, engineering coordination, financing and infrastructure ownership.
Through strategically located EV charging and community-solar projects, GREH is working to establish a portfolio of clean-energy assets designed to produce recurring revenue and create long-term shareholder value.
Green Rain Energy Holdings I https://greenrainenergy.com/
Aviva’s Global Risk Management Solutions and ONYX Insight, the leading provider of predictive analytics for the global wind industry, have announced a collaboration to give wind asset owners and operators the tools to help reduce operational and insurance risk across the sector and optimise asset lifecycles.
Enhancing and maintaining turbine performance is one of the dominant operational costs owners and operators face throughout an asset’s life expectancy. For those without access to accurate performance data and whole turbine condition monitoring across their fleet, these expenditures are exacerbated by reactive risk management strategies and increased exposure to events requiring unplanned and costly maintenance.
To enable Aviva customers to take a proactive approach to turbine maintenance, Aviva and ONYX Insight have launched a pilot partnership that incentivises the adoption of ONYX Insight’s engineering-grade, AI-driven predictive analytics. Together with Aviva’s expertise in risk management, this partnership aims to help asset owners mitigate downtime, manage O&M risk, and protect long-term asset value, while aligning operational performance with insurance requirements.
Alexis Grenon, CEO of ONYX Insight, said: “We are delighted to partner with Aviva on this project and are excited to work with its policyholders to help reduce risk across the whole turbine and project lifecycle, from early operation through to later-stage optimisation and life extension. Our advanced failure detection can identify issues up to two years in advance of a potential loss event, giving wind asset owners and operators comfort, and allowing them to take a truly front-footed approach to managing risk and optimising their maintenance plans.”
Chris Andrews, Director of Aviva Global Risk Management Solutions, said: “There is increasing pressure on insurers and wind asset owners to enhance resilience strategies as the industry grapples with ageing fleets and an uptick in serial defects. We support clients by helping them to identify, evaluate, and quantify risk to build sustainable industry growth.”
“Wider uptake of data and analytics can provide more insight into turbine condition, strengthen underwriting, and deliver better risk management practices, helping to prevent unplanned downtime and unexpected costs.”
As the energy transition accelerates, the importance of managing ageing turbines to maximise their operational lifespan in established markets, while making sure new turbine models achieve commercial maturity, continues to grow. Breakthroughs in turbine monitoring technologies and actionable AI insights mean that the sector has the tools to confront its risk exposure more effectively.
ONYX Insight applies machine-learning models to one of the wind industry’s largest failure datasets, drawing on over 15 years of historic data to provide early visibility of emerging turbine issues and help to reduce the likelihood of high-severity losses. The packages on offer include:
Aviva and ONYX Insight’s partnership paves the way for further industry collaboration and greater data-sharing – two strategies that are increasingly critical to establishing operational excellence and a sustainable and prosperous future for the market.
ONYX Insight | https://onyxinsight.com/
PV Hardware USA, a global provider of solar tracking and foundations solutions, is helping solar developers navigate a new era of utility-scale solar deployment, where larger projects, tighter timelines and growing demand for renewable energy are increasing pressure to deliver power faster and more efficiently than ever before.
As project schedules tighten and market expectations rise, supply chain instability has emerged as one of the industry's biggest challenges. Through strategic investments in domestic manufacturing, supply chain resilience and expanded pre-assembly operations, PVH USA has built an execution-focused approach designed to provide developers and EPCs with greater certainty in an increasingly unpredictable market.
Developers today face a landscape where logistics disruptions, sourcing challenges and regulatory uncertainty can quickly impact project schedules and budgets. Recent changes in U.S. solar trade policy have intensified these pressures, forcing developers and EPCs to rethink procurement strategies and supplier relationships. As a result, developers are increasingly evaluating suppliers not only on technology performance, but also on manufacturing resilience, delivery reliability and execution capability.
“In this environment, delivery capability has become just as important as tracker technology itself,” said Rodolfo Bitar, VP of Business Development, PVH USA. “That distinction has become critical in today’s market. The procurement volatility solar projects face today is no longer limited to equipment pricing. Material shortages, steel fluctuations, freight instability and trade restrictions can rapidly alter project economics. Developers need partners that can help remove uncertainty from the equation.”
Rather than reacting to disruption, PVH USA has built a manufacturing strategy designed to support and expand domestic manufacturing, accelerate delivery timelines and reduce on-site labor requirements through advanced pre-assembly processes. The company currently maintains one of the strongest manufacturing footprints in the solar tracker industry, with annual production capacity of 12 GW in the United States. In addition, PVH USA has expanded pre-assembly capabilities at its Houston headquarters, allowing more system components to arrive at project sites installation ready. By shifting assembly activities upstream into controlled manufacturing environments, the company helps reduce field labor requirements, streamline logistics and improve overall project execution.
For developers and EPCs, every delay carries consequences. Missed installation windows can affect financing timelines, labor planning, grid connection schedules and long-term project returns. As a result, the ability to consistently deliver equipment on time has become a critical competitive advantage.
“PVH’s approach extends beyond manufacturing alone,” said Juan Manuel Martínez Millán, an Assembly Training Manager at PVH USA. “By integrating pre-assembly into our production processes and maintaining local engineering and technical support teams, we can reduce on-site components by over 70% and installation time by 44%. Instead of solving problems after equipment arrives on site, we’re addressing risks upstream within the supply chain itself.”
As utility-scale solar deployment continues to accelerate across the United States, the industry’s success will depend not only on innovative technology but on reliable execution. Through expanded domestic manufacturing capacity, enhanced pre-assembly operations and a resilient supply chain strategy, PVH USA is helping developers reduce uncertainty, maintain project schedules and bring clean energy online faster.
PV Hardware | https://pvhardware.com/en/
Alternative Energies Jul 13, 2026
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PowerCell Group AB (publ) and ECL announced a strategic partnership to deploy industrial-grade hydrogen fuel cell power across ECL's AI data center platform. The agreement comprises a firm purchase order for PowerCell PS190 fuel cell systems, alongsi....
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