The U.S. Energy Information Administration (EIA) predicts that by 2050, renewables will account for 27 percent of primary energy consumption, thanks to new technologies that will make renewable energy more cost-effective. According to The American Clean Power Association, nearly 16 percent of all electricity produced in the United States originated from wind, solar, and energy storage plants; in 2025, solar power generation will grow 75 percent, ....
Cyberattackers love renewables. This is because they meet many of the key characteristics that make them prime targets. First, renewables pioneer and employ new technology. Threat actors feed off new technology because it allows them to target vulnerabilities that have not yet been discovered. Second, renewable operations are spread out over large distances, often in remote locations. This drives a dependency on renewables for remote connectivity....
Community solar brings clean energy to all people. It enables anyone to support and benefit from solar, even if they can’t or don’t want to install rooftop panels. The democratizing potential of community solar uniquely enables energy equity in, while also driving towards, a renewable energy future. But in many states, the community solar customer experience includes unnecessary complications. These pitfalls hinder access for the low- and ....
In March of this year, the International Energy Agency (IEA) provided new data to show just how significant the increase in renewable energy has been across the world. Not only are solar, wind, and other forms of clean energy dominating the options available, but they are reducing and eliminating polluting forms of energy generation as well. The environmental benefits of this rise in the deployment of renewables are creati....
Wind
B.D. Erickson
Energy Storage
Accure Battery Intelligence
Energy Storage
Colin Gault
EVLO Energy Storage Inc. (EVLO), a fully integrated battery energy storage system (BESS) provider and wholly owned subsidiary of Hydro-Québec, announces EVLO SYNERGY, a new 5-megawatt-hour (MWh) BESS in a 20-foot enclosure. EVLO SYNERGY is the latest addition to EVLO’s portfolio of BESS products dedicated to the integration of renewable energy, participation to capacity services, and the resiliency of the electrical grid.
Engineered to serve the evolving needs of today’s market, EVLO SYNERGY’s high energy density unlocks a highly competitive cost of ownership for large-scale projects at the heart of modern energy infrastructure. Its efficient design reduces land use, construction materials, and project timelines, making it the optimal solution for large-scale projects.
“This launch is a significant expansion of our portfolio, emphasizing our commitment to advanced, safe, and cost-effective energy solutions that support our customers’ requirements for clean energy projects,” says Sonia St-Arnaud, president and CEO of EVLO. “As with all of our solutions, EVLO SYNERGY is supported by EVLO’s best-in-class customer experience, which ensures a collaborative partnership throughout a project’s entire lifecycle."
System specifications:
EVLO SYNERGY combines the latest high-density lithium-iron-phosphate (LFP) technology and EVLO's top-tier integration capabilities. It comes with industry-leading operation and maintenance service to ensure peak system performance and optimize return on investment across the entire project lifecycle.
EVLO SYNERGY is leveraged by EVLOGIX Site Controller and Asset Manager, EVLO’s NERC CIP-ready energy management system (EMS). EVLO’s portfolio also includes EVLOFLEX, a utility-scale BESS.
Energy storage provides frequency regulation, peak shaving, capacity services, renewable energy integration, and a range of other cost-effective grid stabilizing services. Globally, energy storage capacity is projected to exceed 1 terawatt-hour by 2030. This rapid growth, coupled with the increasing size of individual projects, will necessitate that energy storage adoption be as efficient and cost-effective as possible. Next-generation, high-density solutions like EVLO SYNERGY are critical in helping utilities provide reliable, affordable, and sustainable electricity while ensuring long-term grid security and resilience.
EVLO will unveil EVLO SYNERGY at the renewable industry conference RE+ in Anaheim, California. Visit Booth #N89019 on September 10, 2024, at 4 p.m. for an exclusive presentation.
EVLO Energy Storage I evloenergy.com
Stryten Energy LLC, a U.S.-based energy storage solutions provider, added to its in-house battery testing and analysis capabilities with a new laboratory space. The opening of the battery lab was commemorated with a ribbon-cutting celebration on August 26 at Stryten Energy’s new corporate headquarters. The event was attended by staff members from the offices of Senator Jon Ossoff, Senator Raphael Warnock, Representative Rich McCormick, Representative Andrew Clyde and local community leaders. Attendees toured the new battery lab and the onsite working solar plus energy storage microgrid.
A proclamation from Lieutenant Governor Burt Jones in recognition of the celebration stated, “Through innovative projects, Stryten Energy is helping shape the future of energy storage technology in Georgia that will be important on a national scale for U.S. energy independence and security. Stryten Energy forging a brighter future for economic development in Georgia and fulfilling a shared commitment to innovation and growth, harnessing collective talents for the prosperity of the state of Georgia.”
“For the U.S. to achieve long-term energy resiliency and energy security, we’ll need a range of solutions across battery chemistries,” said Mike Judd, CEO and President of Stryten Energy. “We need to put battery materials through their paces, to stress test lead and lithium batteries and achieve market readiness for newer chemistries such as vanadium. With this expanded lab, we’ll be able to collaborate with new and existing customers to find additional applications for these chemistries, as well as strengthen existing ones.”
The lab will support Stryten Energy’s engineering, research and development, and quality assurance departments, as well as manufacturing facilities, in new product development, technology evaluations, warranty investigations and root cause analysis. The expanded facility has three vital parts:
As Georgia continues to attract clean energy innovators, the new lab will serve as a model to other local energy technology companies – further strengthening the state’s claim as one of the key power players in the sector.
Stryten Energy | www.stryten.com
Power Sustainable Energy Infrastructure Inc. (PSEI), the renewable energy infrastructure investment group of Power Sustainable (PS), and EDF Renewables North America (EDF Renewables), announced the phase 1 closing of a strategic investment whereby PSEI acquired a 50-percent stake in the Desert Quartzite Solar+Storage Project. This investment was executed together with Potentia Renewables Inc, (Potentia), PSEI’s integrated developer and operator. The final phase of the investment will close upon the project’s completion and commercial operation.
Desert Quartzite, located in Riverside County, California, is currently under construction, and will represent 300 megawatts (MW) of solar generation, combined with a 150 MW/4-hour battery energy storage system (BESS). The electricity generated will be delivered to Clean Power Alliance, the Community Choice Aggregator serving 35 communities in Los Angeles and Ventura Counties, under a 20-year power purchase agreement (PPA). Construction is expected to be complete by year-end, with long-term operations and maintenance performed by EDF Renewables’ Asset Optimization team.
“We are thrilled to be expanding our presence in the California utility-scale market,” said Pierre-Olivier Perras, Managing Partner at Power Sustainable Energy Infrastructure. “The swift and collaborative process was a testament to our mutual commitment to making this partnership a success. It became evident during our due diligence that the EDF Renewables team is top-notch, and we greatly value the professionalism and expertise each department demonstrated.”
This investment is PSEI’s largest to date, and builds on their inaugural investment in the California utility-scale market last year.
“We are very pleased to announce our first transaction with Power Sustainable Energy Infrastructure,” commented Hamed Baatout, Vice President Divestiture and Portfolio Strategy at EDF Renewables. “It’s wonderful to work with a partner who shares the same vision as us: to decarbonize energy and promote sustainable practices. We are excited to see what we can accomplish together.”
“We are proud to collaborate with Power Sustainable and EDF Renewables on the Desert Quartzite Solar+Storage Project,” said Jeremy Jagt, President, Potentia Renewables. “This investment not only underscores our commitment to expanding clean energy infrastructure in North America but also highlights our dedication to delivering sustainable and impactful energy solutions. Together, we are driving innovation that supports both environmental stewardship and the long-term energy needs of communities.”
EDF Renewables North America | www.edf-re.com
Potentia Renewables I www.potentiarenewables.com
Power Sustainable | https://powersustainable.com/en/
Arevon Energy, Inc., a leading renewable energy developer, owner, and operator, recently hosted a groundbreaking event for the 251 megawatt (MWdc) Gibson Solar Project which will be constructed in Gibson County, Indiana.
The approximately $250 million investment will bring significant economic benefits to Gibson County. The project will create more than 250 full-time construction jobs and will disburse more than $83 million in local government payments over the life of the project, providing Gibson County with revenue for schools, first responders, and other local needs. Local landowners will receive steady payments throughout the life of the project, allowing them to diversify their income as well as continue farming in the area. When operational, Gibson Solar will power the equivalent of more than 30,000 Indiana homes annually.
The groundbreaking was attended by Indiana and Gibson County public officials and leaders, landowners and community members, as well as project partners and the Arevon team. Speakers included Larry Bucshon M.D., Congressman (IN-08); Tami Hack, President and Chief Executive Officer at Gibson Economic Development; Nick Burns, Gibson County Commissioner; and Tommy Greer, Chief Commercial Officer at Arevon.
"The Gibson Solar Project represents a significant investment in our state's future and its economy, highlighting Indiana's commitment to sustainable growth," Bucshon said. "With an increasing number of renewable energy projects in development, I am excited for Hoosiers to continue to lead the way in providing a diverse array of reliable energy options."
"We are proud that our county was selected as the site for a project that will provide renewable energy to tens of thousands of homes in Indiana," Hack said. "Gibson Solar is a testament to our dedication to bolstering local businesses and bringing numerous employment opportunities to our region."
"The path to this groundbreaking is marked by Gibson County and Arevon's unwavering determination and steadfast collaboration that has spanned several years," Burns said. "The Gibson Solar Project is a demonstration of what we can achieve when we align our resources and ambitions for the common good."
The groundbreaking ceremony also recognized Arevon's partners and collaborators, such as Signal Energy, the engineering, procurement, and construction (EPC) contractor. Arevon and Northern Indiana Public Service Company LLC (NIPSCO) executed a commercial contract, which, under the terms of the agreement, NIPSCO will own and operate the project following the conclusion of construction.
"We are pleased to partner with Arevon on Gibson Solar, and we are looking forward to the addition of more solar energy to our generation portfolio," Vince Parisi, NIPSCO President and Chief Operating Officer said. "The construction of Gibson Solar is a crucial step in advancing NIPSCO's energy generation transition plan to provide sustainable, cost-effective, and reliable energy now and into the future."
"The Gibson Solar Project is a key addition to Arevon's portfolio, marking the fourth solar project we have under construction in Indiana," Greer said. "We celebrate not only the start of construction at Gibson Solar but also the transition to clean energy as an opportunity to create jobs and drive economic expansion."
Arevon is actively growing its portfolio in the midwestern region of the United States. In addition to Gibson Solar and specifically in Indiana, Arevon recently announced the start of construction for its 192 MWdc Ratts 1 Solar Project and its 73 MWdc Heirloom Solar Project. The company also issued announcements on a $352 million financing package to build the 228 MWdc Posey Solar Project and announced Posey Solar's start of construction.
Arevon Energy | www.arevonenergy.com
AccelDev has entered a multi-year partnership with Harvest Renewables, a new community solar developer, to convert underutilized land into solar farms that deliver clean energy, economic growth, and environmental benefits nationwide.
Founded by Jamal Batar, Harvest Renewables develops community solar projects that lower energy costs and carbon footprints. With AccelDev's financial backing, this partnership accelerates Harvest's ability to deliver impactful, localized energy solutions.
Harvest Renewables is dedicated to driving community solar initiatives that deliver broad regional benefits. Their projects are designed to create a ripple effect of positive economic impact—from generating jobs in construction and ongoing maintenance to stimulating local business growth.
"In Accel-Dev, we found the perfect partner to support our strategic vision for responsible and impactful community solar development," said Jamal Batar. "Their expertise in financing, combined with a shared commitment to fair and responsible land use, makes them an ideal partner for Harvest Renewables. The alignment of our values and vision for progressing towards a sustainable, clean future through community-based solar projects drives this partnership forward, creating opportunities that benefit landowners and communities nationwide."
AccelDev | https://www.acceldevteam.com/
Harvest Renewables | https://harvestrenewables.com/
GE Vernova Inc. (NYSE:GEV) announced the launch of its latest innovation, FACTSFLEX GFMe, an advanced Flexible Alternating Current Transmission System (FACTS) solution aimed at strengthening power grids and facilitating the increased use of renewable energy sources.
FACTSFLEX GFMe combines GE Vernova’s proven STATCOM technology with advanced supercapacitors to stabilize the grid more effectively by enabling active power via energy storage.This combination allows rapid response to grid disturbances on the grid, which is especially important in areas with weaker infrastructure or high levels of renewable energy. By improving grid stability, FACTSFLEX GFMe supports the reliable operation of power systems and helps drive the global shift toward cleaner energy. The solution is now available globally.
“Our grid is undergoing its most significant transformation in over a century, driven by the rise of renewable energy sources like solar and wind,” said Johan Bindele, Leader of Grid Systems Integration business at GE Vernova. “This transformation brings new challenges, particularly the intermittent nature of renewables, which can lead to voltage fluctuations and grid instability. With FACTSFLEX GFMe, we are introducing a solution that leverages supercapacitor technology alongside our proven STATCOM systems to re-create the inertia which is being lost through the retirement of traditional thermal power generation, ensuring stable and reliable grid operations as we transition to a cleaner energy future.”
How FACTFLEX GFMe works?
Beyond its reactive power compensation capabilities, FACTSFLEX GFMe employs supercapacitor-based energy storage to emulate inertia by injecting or absorbing active power. This allows grid operators more advanced options to automatically and instantly support the stability of the grid. The system is based on a double star configuration, enabling high voltage energy storage integration. This modular and scalable solution is adaptable to meet the varied needs of different projects.
FACTSFLEX GFMe offers superior voltage and active power performance compared to battery-based options. Active power is scalable, with a typical rating of 150 MW for several seconds. Reactive power capabilities can be tailored to customer requirements, with continuous ratings of typically around 300 Mvar.
In addition to FACTSFLEX GFMe, GE Vernova’s STATCOM portfolio, recently rebranded FACTSFLEX STATCOM, also includes
FACTSFLEX Classic, GE Vernova’s original STATCOM solution with an extensive and proven install base
and FACTSFLEX GFM, a grid-forming STATCOM that provides instantaneous natural reactive power injection for grid disturbances for advanced grid stability.
Complete portfolio of FACTFLEX can be found here.
GE Vernova | https://www.gevernova.com/
Nearly half of senior energy professionals plan to integrate Artificial Intelligence (AI)-driven applications into their operations in the coming year, according to a new report from DNV, the independent energy expert and assurance provider. Published today, DNV’s latest Energy Industry Insights special report, “Leading a data-driven transition,” draws on the 14th annual survey of nearly 1,300 senior professionals, alongside in-depth interviews with industry leaders and experts.
Among other things, the survey highlights digitalization’s crucial role in transforming the energy sector, impacting generation, transmission, distribution, and consumption. AI-driven technologies like smart grids, predictive maintenance, and real-time data analytics are already taking hold in the energy sector and promise to revolutionize it further in the coming years. However, success in digitalization requires innovation, strategic vision, and leadership, making it as urgent as decarbonization, especially given that a timely and effective energy transition will be impossible without it.
Digital Leaders vs. Digital Laggards
The survey reveals a stark contrast between ‘Digital Leaders’ and ‘Digital Laggards.’ While 28% of respondents identified their organizations are excelling in digitalization and showing greater optimism about achieving revenue, profit, and decarbonization goals, 37% reported the opposite. DNV has called the former Digital Leaders, and the latter Digital Laggards.
Leaders are significantly ahead in using digital technologies for decarbonization and energy transition, with 68% having quality data and 80% already benefiting from digital technologies, compared to 21% and 33% of Laggards respectively.
On emerging technologies in general — like AI (27%) and digital twins (34%) — around one-third of Leaders say they are live or advanced, compared to just single-digit percentages for Laggards. In fact, most Laggards report being in the early development stages (planning or piloting) of all the key technologies DNV asked about.
AI and Data: Driving the Future
Almost 50% of the 1,300 senior professionals that responded to DNV’s survey said they plan to integrate AI-driven applications into their operations in the coming year, with Digital Leaders leading the charge.
The top three most impactful data-driven applications for Digital Leaders are optimizing processes, integrating systems and databases, and automating operations. However, 50%-to-60% of Leaders also report major or massive impacts from a wide range of other data-driven innovations, from predictive maintenance to supply chain management. Laggards trail across the board, with the largest shortfalls in key areas, such as the integration of systems and databases, automating operations, and empowering consumers or customers.
The value of applications is often diluted by problems involving the integration of systems and databases. Paula Doyle, Chief Digital Officer at Aker BP describes that : "typically, companies have a lot of legacy systems where data is locked into the application” and explains that it’s necessary to “liberate and contextualize data from industrial systems to make it accessible to both humans and machines [for] better and faster decisions."
AI and advanced data analytics are pivotal in this transformation. The report estimates that by 2050, AI will support a $1.3 trillion decrease in clean energy generation costs and reduce grid equipment costs by $188 billion. Overall, power system costs will be reduced by 6% to13%. AI is now an indispensable building block of energy systems, with 47% of respondents saying their organization will use AI-driven applications in their operations in the year ahead — a figure climbing to as high as 69% for Digital Leaders.
Paula Doyle highlights the challenge of becoming more data-driven, emphasizing the need for a specialized workforce to effectively track and manage data. She notes, "the efficient automation of data delivery becomes extremely important, and this is where AI can play a key role."
Challenges and Opportunities
Despite the progress, significant challenges remain. Resistance to change is a major barrier for both Leaders and Laggards, compounded by the need to balance safety and agility in an industry where failure is not an option.
Digital Leaders stand out from the rest by placing digitalization at the centre of their organization’s strategy and using this to improve business performance. Almost all (90%) said that digitalization is central to their organization’s strategy, compared to just 39% of Laggards.
The Path Forward
Lucy Craig, Director of Growth, Innovation and Digitalization, Energy Systems at DNV, added: “As the energy sector navigates the twin challenges of digitalization and decarbonization, the ability to adapt and innovate will define success. DNV’s survey identifies the key challenges facing organizations in harnessing the power of digital technologies and also highlights the opportunities that come with change.. Digital Leaders distinguish themselves by embedding digitalization at the core of their strategy, fostering a culture of innovation, and investing in the right technologies. Over the next year, these organizations are poised to build on their progress and maintain their advantage by focusing on further digitalization and cyber-resilience. “
DNV | www.dnv.com
Wind Sep 15, 2023
The Kincardine floating wind farm, located off the east coast of Scotland, was a landmark development: the first commercial-scale project of its kind in the UK sector. Therefore, it has been closely watched by the industry throughout its installation....
Grid modernization is having a profound impact on the nature and regulation of North American utilities. It represents a significant...
An Automatic Transfer Switch (ATS) is a means of transferring power between a primary electrical power source and an alternative...
Pressing real-world issues are faced by wind turbine operators. Among them, the integrity of wind turbine bolted connections at the...
In today's digital age, information is readily accessible at our fingertips. From DIY tutorials on YouTube to social media influencers, aspiring solar installers have numerous avenues to explore the intricacies of photovoltaic systems. However, while....
Photovoltaic (PV) solar energy generation has been a viable technology for decades, and, until recently, PV solar installations were limited in number and small in capacity, ranging from a few kilowatts (kW) to several megawatts (MW). Traditional fos....
In a push towards sustainability, many coal- and gas-fired power plants across the U.S. are being replaced with environmentally friendly and renewable energy (RE) sources like wind and solar. However, there are plenty of environmental hurdles for RE ....
The global goal for offshore wind capaci....
Wind turbine diameter sizes continue to ....
Although community engagement has tradit....
For many years, energy use in businesses has been taken for granted, and largely gone unmanaged. Despite it being such a significant overhead, organizations have been guilty of not giving enough thought to exactly how, when, or where they use energy.....
Electric vehicles are hitting the mainstream, savvy consumers are adopting high-efficiency heat pumps, and induction cooktops are replacing gas stoves. Homes are becoming more complicated — and more energy hungry — as energy prices continue to sh....
Ever heard the saying, “One man’s trash is another man’s treasure”? Turns out this applies to batteries, as well. Batteries have been prematurely disposed of, despite still holding three to five years of discharge cycles within them, meaning ....
The U.S. Energy Information Administration (EIA) predicts that by 2050, renewables will account for 27 percent of primary energy consumption, thanks to new technologies that will make renewable energy more cost-effective. According to The American Cl....
The Inflation Reduction Act (IRA) and the CHIPS Act have been the most significant policies passed in the modern era. The two together have brought about a half trillion in private investments and $300b in public infrastructure spending to the United....
In ongoing discussions around net zero, heavy-emitting sectors have taken center stage, primarily due to their reliance on fossil fuels. Hard-to-abate industries account for about 30 percent of the world’s greenhouse gas (GHG) emissions, so their d....
.jpg?r=7215)
.jpeg)
