by Catie Owen | Sep 23, 2025 | Europe, Innovation, Press Release
Press Release
Freedom, an NG Bailey Group company and a leader in high-voltage electrical infrastructure, proudly announces that its pioneering innovation, the POC-MAST, originally developed as a forward-thinking solution for enhanced grid efficiency and resilience, has now been adopted and added to the G81 register for use on their networks by four DNOs, and is currently under consideration by the remaining DNO.
Originally launched to address the growing demand for sustainable, cost-efficient and future-ready high-voltage solutions, the POC-MAST has undergone extensive testing and proven successful in long-term deployment at 132kV across multiple network zones and is now fully in service across a three DNO networks.
“This is a landmark moment not only for Freedom, but for the wider energy industry,” said Martin Buckland, Innovation Director at Freedom.
“The adoption of the POC-MAST into business-as-usual practice proves that large-scale transformation in the high-voltage sector is both achievable and sustainable, setting a clear path for the future of resilient grid infrastructure.”
Key features and benefits of POC-MAST include:
- Value engineering: Significant reduction in connection costs against traditional tower connections
- Environmental sustainability: Lower Carbon Footprint than traditional tower connection methods
- Installation efficiency: Reduced on-site assembly time improves project delivery speed and workforce safety
- Improved network reliability and resilience: POC-MAST requires significantly less time to connect.
The adoption of this innovation as standard practice is already delivering tangible benefits across capital delivery projects, while directly supporting industry-wide goals to decarbonise infrastructure, strengthen resilience, and accelerate the energy transition.
Its rollout has also established a new benchmark for collaboration between engineering teams, regulators, and supply chain partners. Building on this success, Freedom is now working closely with industry peers to share best practice and unlock further opportunities for innovation at higher voltage levels.
For more information about the POC-MAST and how it’s shaping the future of high voltage electricity, visit http://www.freedom-group.co.uk or come and see us at stand A10 during the exhibition.
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by Catie Owen | Sep 17, 2025 | Europe, Innovation, Press Release
Press Release
Levelise, the UK’s leading – and only – company delivering flexibility services directly to households, has announced the launch of its next-generation home energy device: Hub 2.
Now 80% smaller and 90% lighter, the Hub 2 is quicker to install and easier to integrate into homes, while continuing to deliver savings and direct payments to homeowners.
The new Hub 2 takes energy optimisation even further for homes with solar and battery systems, maximising both savings and earnings. For homeowners, the compact Hub 2 fits seamlessly into the home, intelligently managing energy use to lower bills by optimising when and how stored energy is used, all without compromising comfort.
Homeowners remain free to choose their energy supplier, while Levelise takes care of the rest – automating home comfort and generating direct income through smart energy trading. By syncing with time-of-use energy tariffs, the Hub also ensures you buy electricity at the cheapest rates and use stored energy when prices peak.
Installers can now get systems fully installed and commissioned in just 20 minutes, thanks to enhanced connectivity. The process is smarter and faster than ever: quick-fit wall mounting, plug-and-play connectors (no hardwiring required), and a simple three-step app-based commissioning flow mean you’re up and running in no time.
Iván Castro, Operations Director at Levelise, said: “With Hub 2, we’re making it easier for both installers and homeowners to be part of the energy flexibility future.
“Households can turn their solar and battery systems into income-generating assets while supporting a greener, smarter grid. Intelligent optimisation extends battery life and maximises energy savings, so with the Hub 2, your battery works smarter, lasts longer, and performs better.”
By aggregating thousands of home batteries across the UK, Levelise has built a powerful Virtual Power Plant (VPP). This enables households to participate in grid flexibility services – earning income by trading excess capacity into the energy markets and providing balancing support to the National Energy System Operator (NESO).
Since its inception in 2019, Levelise has focused on innovation and continuous improvement. Over 5,000 Hubs are already installed across the UK and it remains the only operator trading solely with home assets at scale.
Their proven trading success has translated directly into financial results for households, having paid over £2m to its domestic customers with batteries to date, with 94% exceeding their projected flexibility payments since 2019, and with average earnings and savings for homeowners at £490 per year.
Furthermore, Levelise flexibility payments can now be included in finance deal assessments, helping reduce the effective payback period and improve the overall value proposition. This means future flexibility income can be factored into affordability checks and financial modelling, making it easier to access financing for smart battery installations.
The Levelise hub is now compatible with seven battery manufacturers, including Solax, Alpha and Afore. The Hub 2 will be available to installers as part of a package, including a hybrid inverter, a 10kWh battery and the Levelise Hub 2, priced from £3,100 (exc. VAT). Other packages are also available.
UK Solar Week marks the leadup to Solar & Storage Live UK, taking place 23 – 25 September. Haven’t registered yet? Don’t miss out on your free ticket by securing your place here.
by Catie Owen | Sep 16, 2025 | Commercial & Industrial Solar, Europe, Press Release
Press Release
Eaton, a global leader in intelligent power management, will present its pioneering Buildings as a Grid concept at Solar & Storage Live 2025, taking place from 23 to 25 September at the NEC Birmingham.
Located prominently at Stand C24A in Hall 19, Eaton’s exhibit will offer attendees an immersive experience into the future of energy infrastructure.
Buildings as a Grid represents Eaton’s vision for transforming traditional buildings into active energy hubs. By integrating local power generation, battery energy storage systems (BESS), electric vehicle (EV) charging, power distribution, and intelligent control systems, Eaton enables buildings to become dynamic participants in the energy ecosystem. This approach supports the core pillars of the energy transition: decentralisation, electrification, and digitalisation.
Visitors to Eaton’s stand will have the opportunity to engage with live demonstrations of the Buildings as a Grid Simulator Tool, which provides tailored energy strategies for individual sites. The tool calculates resources, loads, and costs, while offering insights into payback periods, self-consumption, and CO₂ reductions, empowering stakeholders to plan scalable and sustainable energy transitions.
Central to Eaton’s energy strategy is its xStorage family of battery energy storage systems, designed for commercial and industrial applications. These systems offer capacities up to 1MWh and beyond, enabling peak shaving, load shifting, backup power, and seamless integration with solar PV and other renewable sources. Eaton’s scalable storage solutions allow facilities to capture surplus renewable energy and deploy it when needed, enhancing both sustainability and cost-efficiency.
Eaton will also highlight its advanced EV charging solutions, which are reshaping the transportation landscape. The Green Motion AC and DC chargers are engineered to meet the diverse needs of workplaces, fleet depots, public stations, and highway infrastructure. With AC chargers ranging from 3.7kW to 22kW and DC chargers from 22kW to 360kW, Eaton’s offerings include dynamic load balancing, built-in MID meters, and 96% efficiency. All products comply with UK smart charging regulations and are OZEV approved.
To demonstrate the ease of installation and commissioning, Eaton will host a live commissioning challenge in collaboration with ChargePoint. Participants will use the ChargePoint backend app to commission a Green Motion building charger, with the fastest installer each day receiving a special installer kit. This challenge underscores Eaton’s commitment to delivering installer-friendly solutions that reduce on-site time and improve operational efficiency.
In addition to its exhibition presence, Eaton will host an exclusive networking evening titled “Powering the Future: Overcoming EV Deployment Challenges” on Tuesday, 23 September at Flight Club Birmingham. The event will feature insights from Eaton’s senior leadership, refreshments, and engaging discussions. Attendance is complimentary with advance registration required. Register Today- Energy transition event 2025 | Events | Eaton
Eaton will also participate in the EV Charge Live, presenting “The Future of EV Charging” on Wednesday, 24 September at 14:40. Giuseppe Sgro, Sales Leader at Eaton, will be joined by Joe Gorman from ChargePoint to explore the role of EV charger grid resilience in the evolving energy landscape.
Installers interested in partnering with Eaton are encouraged to join the Partner Advantage Program- Become an Eaton partner I Eaton, which offers access to exclusive business opportunities, sales support, and inclusion in Eaton’s partner locator.
With a legacy dating back to 1911, Eaton remains committed to powering progress and supporting the energy transition. At Solar & Storage Live 2025, Eaton invites attendees to witness the transformation of energy infrastructure and explore solutions that are shaping a resilient and sustainable future.
For more information, visit Buildings As A Grid | Solutions Overview | Eaton or follow Eaton on LinkedIn.
UK Solar Week marks the leadup to Solar & Storage Live UK, taking place 23 – 25 September. Haven’t registered yet? Don’t miss out on your free ticket by securing your place here.
by Catie Owen | Sep 11, 2025 | Everything Installer, Press Release
Press Release
DMEGC Solar has been listed as S&P Global’s tier 1 PV module supplier. The list is based on transparent, data-driven, and long-term credible benchmarks, aiming to identify leading clean technology suppliers that excel across key dimensions such as market share, financial strength, and sustainability.
The Tier 1 rating not only helps technology manufacturers stand out in a highly competitive industry but also serves as an important reference for developers and buyers seeking reliable partners.
As the first Tier 1 clean technology list released by S&P, the evaluation system differs from traditional rankings that rely on narrow metrics or undisclosed methodologies. Instead, it emphasises a comprehensive assessment of whether companies meet strict, objective, and clear criteria.
The 2025 evaluation covers four core clean energy technology segments: photovoltaic modules, inverters, wind turbines, and battery energy storage systems. Manufacturers worldwide were assessed based on six key dimensions, including market presence and share, total capacity and global diversification, financial performance, and sustainability metrics.
To be rated as Tier 1, a company must exceed both absolute thresholds and industry average levels in most dimensions, reflecting the rating’s high standards in rigor and consistency.
DMEGC Solar’s photovoltaic product shipments reached 13.4GW in the first half of 2025, a significant 64% year-over-year increase, maintaining its position in the top ten global module manufacturers.
In addition to S&P’s Tier 1 ranking, the company also holds the Bloomberg New Energy Tier 1 and SMM Tier 1 rankings. DMEGC Solar’s Infinity RT series modules, renowned for their outstanding reliability, comprehensive product portfolio, and high efficiency, have earned the RETC Overall Highest Achiever and Kiwa PVEL PV Module Top Performer awards.
They also pass the stringent VKF hail resistance certification and the prestigious DIBt certification. In Wood Mackenzie’s 2025 Global Solar Module Manufacturer Rankings, DMEGC Solar has leapt to fifth place.
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by Catie Owen | Aug 21, 2025 | Asia, Innovation, Press Release
Press Release
GoodWe have launched a fully integrated all-in-One liquid-cooled energy storage solution designed for commercial and industrial (C&I) applications with 125 kW nominal output power and 261 kWh storage capacity.
The new ESA Series 125kW/261kWh can cover a wide spectrum of use cases in factories, farms, EV charging stations, commercial complexes, and other grid-connected or off-grid applications.
By integrating the Power Conversion System (PCS), battery cells, Energy Management System (EMS), and Battery Management System (BMS) within a single cabinet, the ESA Series streamlines installation, operation, and maintenance while supporting flexible capacity expansion.
This architecture enables scalability from hundreds of kilowatt-hours to multi-megawatt-hours, supporting up to 15 units in parallel with a total capacity reaching up to 3.91MWh in on-grid scenarios.
“The ESA series is engineered to deliver the high performance, reliability, safety, and environmental adaptability that today’s commercial and industrial customers expect,” said Jie Zhang, Managing Director of GoodWe Europe GmbH.
“GoodWe has a history of constantly innovating storage solutions, tailoring towards the needs of the market for operational efficiency and ensuring long-term investment security.”
Performance and safety
With a compact footprint of only 1.47 square meters and an energy density of 177.6 kWh per square meter, the ESA cabinet is ideal for sites where space is at a premium.
It incorporates top-brand 314Ah lithium iron phosphate (LFP) cells and advanced liquid cooling technology to maintain temperature consistency across cells and battery packs, even under extreme environmental conditions.
Supporting 6,000 cycles and operating reliably in temperatures from -25°C to 55°C, the storage is built for continuous operation in energy-intensive applications.
The ESA 125kW/261kWh was tested using UL 9540A methodology, meeting the strictest standards regarding safety requirements for installation, fire prevention and emergency response.
Drawing on GoodWe’s established safety solutions for C&I storage, the ESA features a six-layer protection strategy from the cell to system level, combining active and passive measures for robust fire prevention and suppression.
Aerosol-based firefighting modules are integrated in the battery packs as well as the cabinet, which is also equipped with smoke detectors, thermal sensors, and combustible gas detection. Pack-level humidity monitoring with automatic dehumidification ensures optimal internal conditions, further enhancing long-term reliability and operational security.
The ESA 125kW/261kWh has been certified by TÜV Rheinland for its comprehensive environmental adaptability, confirming the product’s reliability across multiple environmental domains in climatic, mechanical, chemical, electromagnetic, and specialised scenarios.
Operating projects demonstrate scalability and versatility
The ESA system supports diverse operating modes, including peak shaving, demand control, participation in energy trading, and off-grid backup power, ensuring fast response and precision control.
The scalability of up to 15 units connected in parallel makes the all-in-one solution well-suited for a wide range of applications. For on-grid scenarios, for example, in combination of ESA storage with GoodWe GT Series inverters, a single or multiple parallel units function together with a GoodWe SEC3000C Smart Energy Controller to support up to 40 string inverters.
Early commercial deployments in China have already reported substantial reductions in power costs and accelerated returns on investment.
At GoodWe’s Guangde manufacturing site, nine ESA 125kW/261kWh cabinets were installed in parallel, setting a new benchmark for large-scale C&I storage deployment in Chinese factories.
Another project in De’an, China, features seven ESA cabinets with a combined storage capacity of 875 kW/1,827 kWh, which is claimed to be the country’s first charging station project integrating wind, solar, and energy storage.
Designed specifically for the heavy-duty truck industry, the project sets a new benchmark for future smart, zero-carbon industrial parks.
[Image caption: GoodWe ESA with 875kW – 1827kWh integrated C&I storage for Wind-Solar-Storage-Charging project. Image credit: GoodWe]
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by Catie Owen | Aug 12, 2025 | Americas, Large Scale Utility Solar, Press Release
Press Release
Custom Electronics, Inc. (CEI) and GridEdge Networks, Inc. (GridEdge) have partnered to launch a breakthrough 69kV Distributed Generation Permissive (DGP) solution that enables safer, more cost-effective integration of Distributed Energy Resources (DER) into utility grids.
The new system addresses a critical safety challenge: protecting utility workers and equipment when distributed energy resources are disconnected from the grid and form an unintentional island that may cause dangerous power fluctuations. The solution was presented at the IEEE Power & Energy Society General Meeting in Austin, Texas, on July 28, 2025.
“As more independent power producers connect to the electric grid, utilities face new safety risks when utility crews work on power lines,” said Nachum Sadan, CEO of GridEdge Networks.
“Our DGP system provides failsafe protection by automatically disconnecting renewable energy sources when grid faults occur, eliminating the risk of unintentional islanding. This solves a critical grid safety problem.”
Unlike traditional Direct Transfer Trip (DTT) systems that utilise an external communications method such as fibre, GridEdge’s Distributed Generation Permissive (DGP) technology leverages the existing wires and is readily available, low-cost cost and inherently failsafe.
The system meets the IEEE 1547-2018 interconnection standard and is recognised in IEEE 1547.1-2020 section 5.10.3 as a “Powerline Conducted Permissive Signal” method.
The 69kV solution uses standard Coupling Capacitor Voltage Transformers (CCVTs) to transmit signals, eliminating the need for expensive fibre optic installations that can cost hundreds of thousands of dollars, depending on distance.
This breakthrough innovation makes renewable energy projects more economically viable while maintaining the highest safety standards, as it is a reliable and cost-effective alternative to fibre.
CEI brings six decades of expertise in high-voltage capacitors and power systems to this strategic manufacturing partnership, with products deployed in military, commercial and industrial applications worldwide.
“This collaboration leverages our proven high-voltage manufacturing capabilities to support the clean energy transition,” said Michael Pentaris, President and CEO at CEI. “The technology provides essential infrastructure for utilities and renewable energy developers to operate safely and efficiently.”
The 69kV DGP solution was developed in close collaboration with US utility partners and is immediately available for sub-transmission applications. The solution includes equipment and services. GridEdge provides a complete turnkey deployment, including system commissioning and operator training.
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by Catie Owen | Aug 8, 2025 | Asia, Commercial & Industrial Solar, Europe, Press Release
Press Release
Sineng Electric is proud to serve as the inverter solution provider for the 110MWp Pato solar PV project located in Segovia, Spain, recently transferred from ib vogt to NextPower V ESG.
This important milestone underscores both the growing confidence in Sineng’s utility-scale solutions and our steadfast commitment to driving Europe’s clean energy transition.
For the Pato project, Sineng supplied its robust 250kW String Inverters, known for their exceptional efficiency and durability.
With a maximum conversion efficiency of up to 99.0%, these inverters minimise energy losses while delivering stable, high-yield performance, even under challenging grid and climate conditions. Engineered for extreme environments, the inverters feature:
- IP66 protection rating and C5 anti-corrosion coating for resistance against dust, moisture, and harsh weather，
- Wide operational temperature ranges from -30°C to 60°C thanks to high-temperature-resistant components and intelligent cooling,
- 12 MPPTs ensuring optimal energy harvest and compatibility with high-power and bifacial modules.
The Pato project is not only a model of technical excellence but also of environmental stewardship. Generating approximately 215 GWh of clean electricity annually, it powers over 55,000 homes while preventing around 47,450 tonnes of CO₂ emissions per year—equivalent to displacing 15,000 tonnes of oil.
As part of its ecological integration, the project includes wildlife-supportive features such as newly constructed ponds, nesting boxes for birds of prey, and forthcoming native vegetation programs to enrich the local biodiversity.
ib vogt’s decision to visit Sineng’s headquarters in Wuxi marked a pivotal step in the partnership. After reviewing Sineng’s manufacturing processes, product reliability, and R&D capabilities, they selected Sineng as a trusted partner – valuing proven performance backed by innovation.
Ranked among the world’s BNEF Tier1 and Top 4 inverter suppliers, Sineng Electric continues to deliver dependable, high-performance technologies that advance the global shift toward clean and sustainable energy.
[Image credit: Sineng Electric]
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by Catie Owen | Aug 1, 2025 | Innovation, Press Release, Storage
Press Release
Join the conversation to explore the future of clean energy training.
The Centre is a $20m joint initiative between the Australian and Queensland Governments, established under the National Skills Agreement, to drive growth in the clean energy industry by improving and innovating training for battery technologies across Australia.
The roundtables will provide industry stakeholders from across Australia with the opportunity to collaborate and explore advanced training options in battery manufacturing, assembly, installation and maintenance.
Discussions will also examine options for degree-level apprenticeship pathways and an integrated learning pathways system across vocational degrees and degree apprenticeships to streamline learning and enhance efficiency.
Register for a Higher-Level Pathways Industry Roundtable session: https://bit.ly/46tsawp
Face-to-face Higher-Level Pathways Industry Roundtable
Date: Friday 15 August 2025
Time: 10am-1:30pm (lunch included)
Location: E Block auditorium, TAFE Queensland Acacia Ridge campus, 247 Bradman Street, Brisbane, Queensland
Online Higher-Level Pathways Industry Roundtable
Date: Tuesday 19 August 2025
Time: 1-3pm
Online Higher-Level Pathways Industry Roundtable
Date: Tuesday 26 August 2025
Time: 1-3pm
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by Catie Owen | Jul 31, 2025 | Europe, Everything Installer, Large Scale Utility Solar, Press Release
Press Release
Voltage Energy, a global provider of utility-scale wire solutions, has delivered PV cabling to a utility-scale project in Europe for the first time.
The plant, built by BELECTRIC GmbH based in Kolitzheim, has a total capacity of 96.7MW and is expected to generate around 105GWh of clean electricity annually once completed.
The power plant consists of three sections, two of which are already connected to the grid. The final 15 MW, located on an area of approximately 10 hectares, are nearing completion and commissioning.
Voltage Energy’s pre-assembled cable harnesses are being used for over a third of the installed capacity, ensuring safe, efficient, and long-lasting power transmission from the module strings to the inverters.
“This first delivery to a European customer marks a significant milestone for our company. The local market demands high standards of quality, reliability, and sustainability – precisely where our products excel,” says Georg Urban, General Manager Europe at Voltage Energy.
“Our project with BELECTRIC is the ideal entry point into the European market. Going forward, we aim to focus primarily on supplying large-scale projects of 100 megawatts and above,” adds Andreas Thissen, Sales Director Europe.
The IBEX® solution used in the project stands out for its fast installation, superior weather resistance, and optimal performance under challenging conditions.
Factory-assembled and tested to international standards, they not only meet all common requirements for large-scale PV projects but also significantly reduce risks associated with improper installation and incorrect connections often seen in conventional on-site cabling.
Since its founding in 2015, Voltage Energy has delivered over 40 gigawatts of cabling solutions to customers in the United States. The company established its European headquarters in Frankfurt am Main in 2024, laying the foundation for its expansion across Europe, and is continuing to build up local resources.
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by Catie Owen | Jul 30, 2025 | Commercial & Industrial Solar, Press Release
Press Release
DMEGC Solar has achieved a prestigious DIBt certification in recognition of overhead applications.
The approval includes both General Technical Approval (abZ) and General Design Approval (aBG), valid for five years. DMEGC Solar is currently the only Tier 1 manufacturer globally to hold this certification.
This achievement follows two years of intensive preparation, rigorous testing, and close coordination with all relevant stakeholders. The approval process is known for its stringent requirements, involving detailed documentation and strict adherence to German construction regulations.
The Greenhouse Series, featuring robust glass-glass modules in various formats, is specifically designed for overhead applications such as solar carports, pergolas, and other integrated PV structures.
The DIBt certification meets growing demand from customers across Europe, particularly in the DACH region, BENELUX and France, and other key markets where such regulatory approval is essential. Typical applications range from carports and agricultural PV systems to versatile installations in public spaces of all sizes.
This achievement underscores DMEGC Solar’s ongoing commitment to quality, product safety, and innovation. It furthermore demonstrates DMEGC Solar’s responsiveness to industry needs, providing forward-thinking, certified solutions.
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by Catie Owen | Jul 30, 2025 | Everything Installer, Innovation, Press Release
Press Release
OpenSolar, the world’s leading solar software platform, has announced the forthcoming launch of OpenSolar 3.0, a major upgrade that brings AI-powered design and lead generation capabilities, as well as an expanded end-to-end workflow, available to solar professionals at no cost.
The launch builds on OpenSolar’s drive to eliminate friction in the solar sales and installation process. Since its founding in 2019, the platform has helped solar companies cut soft costs, accelerate installs, and scale efficiently.
“We’ve taken everything we’ve learned from supporting solar teams in 160+ countries and baked it into what we believe is the most advanced solar platform on the market,” said Andrew Birch (“Birchy”), co-founder and CEO of OpenSolar.
“OpenSolar 3.0 is an absolute powerhouse. It’s built around what solar pros need most: faster design, smarter workflows, and tools that help them close more business.”
Following the launch of OpenSolar 2.0 in November 2021, which introduced 3D design and sales tools, this new version will add upstream and downstream capabilities, covering the solar professional’s full workflow from first contact to installed, satisfied customers.
Birchy and the OpenSolar leadership team will unveil OS 3.0 at two live online launch events on September 18th and 19th, 2025.
Each 30-minute session will showcase key upgrades across the platform, including AI-powered design and lead generation, an all-new sales experience, and major updates to CRM, invoicing, and the all-new Shop experience.
Register here.
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by Catie Owen | Jul 25, 2025 | Innovation, Press Release
Press Release
Horizonview Technologies, a solar aerial inspection company, announced on 24 July the launch of its new Software 2.0 platform, marking the company’s official debut in the renewable energy market.
Having operated in development mode since 2023, Horizonview is now stepping into the spotlight with a platform that provides solar asset owners and operators with full-site *orthomosaic imagery in both infrared (IR) and visible (RGB) spectra, enabling users to view and validate inspection findings with exceptional clarity and detail.
By delivering combined thermal and high-resolution visual maps of entire solar installations, the Software 2.0 platform offers an unprecedented level of transparency into asset conditions, ensuring that any identified issues can be easily cross-checked against actual site imagery for greater accuracy and trust.
The new platform – dubbed Horizonview Insight 2.0 – incorporates a host of advanced features designed to set a new industry standard for solar inspections. Key features of Software 2.0 include:
- IR & RGB Orthomosaics: Full-site thermal infrared mosaics paired with high-resolution visible-light imagery, allowing side-by-side comparison of heat anomalies with real-world visual context.
- Transparent “As-Built” Layers: Integration of as-built infrastructure overlays on the imagery, so that faults and anomalies are pinpointed on actual site layouts for clear root-cause analysis.
- Enhanced Fault Detection: Improved algorithms aligned with IEC 62446-3 standards enable compliant, automated identification and filtering of critical panel faults and performance issues.
- Glass Crack Detection: Proprietary imaging techniques now allow detection of cracked glass on modules, further improving fault diagnostics and module health insights.
- Advanced Reporting Tools: Instantly exportable, detailed inspection reports and analytics to streamline maintenance workflows and documentation.
- High-Speed User Interface: A lightning-fast, user-friendly online interface for navigating large solar datasets, enabling operators to quickly pinpoint, prioritise, and address issues across gigawatt-scale portfolios.
- Field Tech App: A streamlined mobile app that enables technicians to access fault locations, swap panels, and update system status in real time – right from the field – ensuring seamless coordination between the analytics platform and on-site repair crews.
Horizonview has to date quietly inspected “multiple gigawatts” of utility-scale solar projects during its development phase, leveraging manned aircraft to capture data faster and at a larger scale than traditional drone-based methods.
Using high-performance airplanes equipped with GPS-synchronised thermal and RGB imaging systems, the company scans hundreds of megawatts of solar capacity in a single day, delivering comprehensive, georeferenced coverage of expansive solar farms.
This approach yields faster data capture, higher image resolution, and a lower cost per megawatt inspected compared to drone-only operations, providing a significant advantage in speed and efficiency.
With the introduction of Software 2.0, Horizonview is translating this field experience into a robust product offering, giving solar asset owners a new level of transparency into their systems’ health, from cell-level hotspots to string outages, all visible on an intuitive map-based platform.
“Our mission at Horizonview is to empower solar operators with actionable intelligence that maximises energy production and minimises downtime,” said Jakob Laggner, founder and CEO of Horizonview Technologies.
“After two years of refining our technology in the field, we’re thrilled to officially introduce Horizonview to the market. The Software 2.0 platform brings a new degree of clarity and confidence to solar asset management – owners can literally see every issue on the map, verify it in both thermal and visual spectra, and act swiftly.
“We believe this level of insight sets a new benchmark for the industry and will help drive greater efficiency and uptime for solar farms everywhere.”
As part of its launch, Horizonview will be exhibiting at the upcoming RE+ 2025 conference – North America’s largest clean energy industry event – taking place 8–11 September 2025, in Las Vegas, NV.
Horizonview invites solar industry professionals to visit its booth V2036 at RE+ to experience live demonstrations of the Software 2.0 platform and meet the team behind the technology.
This public debut at RE+ will allow attendees to explore the platform’s capabilities first-hand, including its interactive orthomosaic interface and reporting tools, and discuss how it can be leveraged to improve the performance of their solar assets.
* high-resolution aerial map composed by stitching together hundreds or thousands of overlapping images that have been orthorectified
[Image credit: Horizonview Technologies]
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by Catie Owen | Jul 22, 2025 | Press Release, Storage
Press Release
Crowcon Detection Instruments, a global leader in gas safety solutions, has launched BESafe, a dual-channel gas detector specifically engineered to meet the growing safety demands of battery energy storage systems (BESS) and backup power installations.
Crowcon developed BESafe to provide fast, accurate detection of hydrogen (H₂), carbon monoxide (CO), and methane (CH₄) – three critical gases linked to thermal runaway and fire risk in battery environments.
These gas releases can escalate rapidly, making early detection vital for protecting people, assets and uptime.
“BESafe was developed in direct response to the challenges faced by operators in energy storage environments,” said Yasin Yehya, Crowcon Product Manager, Fixed Systems. “These systems require early warning, minimal maintenance, and maximum flexibility. BESafe delivers all three.”
Unique in its category, BESafe enables simultaneous detection of two gases in a single unit, reducing the number of detectors required and minimising installation footprint.
The device uses smart sensors that come pre-calibrated, removing the need for periodic on-site calibration and reducing servicing costs over the life of the sensor (5-10 years depending on gas type).
BESafe delivers real-time, local alerts and integrates seamlessly into wider safety infrastructures, ensuring continuous protection even in space-constrained or hard-to-reach installations.
To meet the needs of modern battery installations, BESafe supports remote sensor mounting up to 15 metres from the main unit. This is ideal for modular energy storage cabinets, where space is limited or structural modifications are restricted.
Additional features include:
- OLED display for gas concentration readouts and device status
- 85dB sounder and multicolour LED indicators for clear local alarms
- RS485 Modbus RTU, relay, and 4–20mA analogue outputs for easy system integration
- Durable IP65-rated polycarbonate enclosure, suitable for both indoor and outdoor installations.
“The energy sector is undergoing major transformation,” said Michael Vaux, Product Director at Crowcon. “As battery storage technology becomes central to decarbonisation and grid resilience, solutions like BESafe provide the real-time, dependable gas monitoring essential to safe operation at scale.”
Crowcon brings more than five decades of experience in gas detection to the launch of BESafe. Its focus on innovation ensures BESafe meets both the technical and operational demands of today’s rapidly evolving energy infrastructure.
BESafe is available now through Crowcon’s global distributor network. For more information, visit: www.crowcon.com/products/besafe
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by Catie Owen | Jul 10, 2025 | Europe, Innovation, Press Release
Press Release
Eurener, the European solar module manufacturer with over 25 years of experience, proudly presents the NEXA STORM – a next-generation PV panel engineered to perform under extreme climate conditions without compromising on efficiency, aesthetics, or sustainability.
Recently awarded the TOP INNOVATION AWARD 2025 by EUPD Research, NEXA STORM arrives in a year marked by severe weather events across Europe, including historic floods in Valencia and summer hailstorms in cities like Paris.
Designed to meet these challenges, it’s available from 420 Wp to 500 Wp, and features:
- Hail resistance up to 40 mm (Class 4 – VKF certified)
- Extreme snow pressure resistance: 15,100 Pa (DEKRA tested)
- Salt mist & ammonia corrosion resistance (IEC 61701, 62716)
- Staubli MC4-Evo2 connectors included as standard
- Bifacial glass-glass design
- PFAs- and PID-free
“We build modules not just to generate power, but to withstand harsh environments and look great doing it,” says Héctor Sánchez, Technical Engineer at Eurener.
With just 1% first-year degradation and only 0.38% annually, the NEXA STORM guarantees 88% output after 30 years.
Backed by a 30-year product and performance warranty, it reflects Eurener’s commitment to European quality, transparency, and technical support.
Eurener was also recently awarded Platinum status by Ecovadis, ranking among the top 1% globally for sustainability and ethics.
For technical speech, visit here.
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by Catie Owen | Jul 4, 2025 | Commercial & Industrial Solar, Europe, Innovation, Oceania, Press Release
Press Release
DMEGC Solar has launched a new range of PV modules for residential, and commercial and industrial markets.
The upgraded module features larger silicon wafers, expanding from 187.5 × 182.2mm (M10R) to 210 × 182.3mm (G12R). The increased cell size boosts module current, while the reduced number of cells in series results in a lower voltage compared to the M10RT-B54.
Despite these electrical changes, the module dimensions (1762 × 1134mm) and encapsulation structure remain identical, ensuring easy integration with existing installations.
DMEGC Solar confirms that the mounting position and mechanical load specifications remain unchanged, meaning installers can transition smoothly to the new series without modifying racking systems.
The higher power output per module makes the G12RT-B48 ideal for both residential rooftops and C&I projects, where maximising energy yield within limited space is critical.
Mass production of the G12RT-B48 series is scheduled to begin by the end of June 2025, with DMEGC Solar gradually phasing out the M10RT-B54 line.
This shift underscores the company’s focus on advancing solar technology while ensuring a seamless transition for partners and customers.
As demand for high-efficiency solar solutions grows, the G12RT-B48 series positions DMEGC Solar to better serve both homeowners and businesses seeking cost-effective, high-performance PV modules.
The modules’ improved energy density makes them particularly attractive for C&I applications, where higher power output can significantly reduce system costs and space requirements.
With this launch, DMEGC Solar reinforces its commitment to innovation, offering a versatile solution that meets the evolving needs of the global solar market.
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by Catie Owen | Jun 25, 2025 | Commercial & Industrial Solar, Middle East, Press Release
Press Release
GameChange Solar, a leading global supplier of solar tracker and fixed-tilt racking technology, announced that it has signed a contract with ACME Greentech Ventures FZCO to supply its Genius Tracker™ 1P Single Row system for a 450 MWp solar project in Duqm, Sultanate of Oman.
The project will power one of the world’s largest green hydrogen and ammonia production facilities and is a key step in Oman’s clean energy transition.
The Duqm project site is located near Oman’s southeastern coastline and is marked by extreme temperatures, high wind speeds, challenging terrain and corrosive conditions. GameChange Solar’s Genius Tracker™ is engineered to perform in such an environment, delivering robust structural strength, fast installation, and optimal energy output.
“We are proud to support ACME on this landmark project that puts Oman at the forefront of green ammonia development,” said Vikas Bansal, President – International, GameChange Solar.
“Our Genius Tracker™ system is designed to perform in the toughest environments, delivering maximum energy yield and reliability. This order also deepens our presence in the Middle East, a region that is fast becoming a global epicentre for clean energy innovation.”
The Green Ammonia Project is a multi-phase development by ACME, aligned with Oman’s national hydrogen framework. Spanning 92 square kilometres, the project will be executed phase-wise. Phase 1, currently under construction, targets 100,000t of green ammonia annually.
The subsequent phases are expected to produce 71,000t of green hydrogen and 400,000t of green ammonia each year. Upon full completion, the facility aims for a total production capacity of 0.9mt of green ammonia annually.
“We are pleased to collaborate with GameChange Solar for this critical project. Their 1P single-row tracker technology is engineered for reliability in high-wind and extreme weather conditions, and we are confident in their ability to deliver with consistency and speed.
As we build one of the world’s largest green ammonia platforms, trusted partners like GameChange Solar are integral to delivering on our vision,” said Vipin Aggarwal, Vice President – Procurement, Green Hydrogen and International Business, ACME Group.
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by Catie Owen | Jun 23, 2025 | Asia, Commercial & Industrial Solar, Press Release, Storage
Press Release
China’s largest electrochemical energy storage project – 600MW/2400MWh – has completed installation of all storage cabins in its first site, marking a key milestone as it enters the electrical commissioning phase.
This is China’s first ultra-high voltage (UHV) transmission project integrating wind, solar, thermal, and storage. SINEXCEL (300693.SZ) is proud to power this national-level project with its utility-scale 1725kW Power Conversion System (PCS).
China’s Largest Electrochemical Energy Storage Project 600MW/2400MWh Powered by SINEXCEL’s 1725kW PCS
This site includes 240 battery containers and 60 PCS skids. Once operational, the whole project will integrate approximately 840 GWh of renewable energy into the grid annually. A single charge stores up to 2.4 GWh—enough to meet the daily electricity needs of 480,000 households or power 36,000 EVs with 500km range.
In addition, SINEXCEL supported a 220MW/880MWh storage project that was successfully connected to the grid in Ningxia.
Leveraging the region’s abundant solar resources, the project integrates solar and storage to solve renewable energy curtailment, enhance grid stability and energy shifting. The station is expected to supply nearly 200 GWh electricity annually.
SINEXCEL proudly contributes to these two projects with its 1725kW PCS. Designed to enhance grid stability, the 1725kW PCS features a modular architecture scalable from 215kW to 1.72MW per unit.
It combines advantages for both centralized and string configurations, supports diverse battery types, and enables flexible deployment across various storage scenarios, including large C&I, microgrids, and front-of-the-meter applications.
With peak efficiency of up to 98.5%, the PCS features advanced multi-string technology for enhanced battery protection and supports flexible configurations with 1, 2, 4, or 8 battery strings.
Its combined AC/DC output simplifies control and expansion, while NEMA 3R-rated cabinets ensure outdoor durability. A rapid 10ms response time supports real-time grid balancing, and the product meets major compliance standards in North America, Europe, Australia, Japan and China.
With a global footprint spanning 40+ countries and over 5,000 deployments worldwide, SINEXCEL has installed over 12GW of storage capacity, delivering solutions for utility-scale, C&I, and microgrid applications.
The successful participation in these landmark projects underscores SINEXCEL’s technical strength and ongoing commitment to enabling a more resilient and sustainable energy future.
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by Catie Owen | Jun 19, 2025 | Asia, Commercial & Industrial Solar, Europe, Press Release
Press Release
At SNEC 2025, Astronergy officially signed a landmark cooperation agreement with Spanish EPC company Global Energy Services Siemsa, S.A. (GES Siemsa), marking the first-ever global project order for its advanced ASTRO N8 PV modules.
According to the agreement, Astronergy will begin delivering ASTRO N8 modules later this year to support a major solar project in Spain developed by GES Siemsa.
This collaboration not only signifies a breakthrough for the ASTRO N8 series in the European high-end solar market but also represents a shared commitment to accelerating the region’s renewable energy transition.
“We are pleased to partner with Astronergy and adopt their latest ASTRO N8 technology in our upcoming project,” said Mr. Rodolfo Gonzalez Mata, representative of GES Siemsa.
“This cooperation reinforces our shared vision of delivering efficient and sustainable energy solutions to the Spanish market.”
As Astronergy’s advanced product, the ASTRO N8 series combines G12 wafer-based design with next-generation TOPCon cell technology, offering higher power output of over 700Wp and system-level cost advantages—making it a strong fit for utility-scale solar applications.
“This first global project order for ASTRO N8 underscores the market’s confidence in our latest high-efficiency technology,” said Samuel Zhang, the CMO at Astronergy.
“We’re proud to partner with GES Siemsa to deliver clean, reliable solar energy to Spain, and to open a new chapter of growth in the European market.”
The partnership serves as a strong signal of Astronergy’s growing influence in Europe and lays the groundwork for deeper collaboration between the two companies across future utility-scale solar developments.
[Image credit: Astroenergy. Image caption: A group photo of GES representatives (two at the left) and Astronergy representatives after the signing ceremony at SNEC 2025]
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by Catie Owen | Jun 19, 2025 | Europe, Everything Installer, Press Release
Press Release
SVAN SOLAR, a pioneering company in photovoltaic solar energy solutions, will take part in the prestigious Solar & Storage Live España 2025 trade fair, held on June 25 and 26 in Valencia, with a groundbreaking focus: the self-sufficient smart home.
This innovative concept enables households to generate, store, and manage their own solar energy, achieving total energy independence from the grid and covering essential needs such as electricity, climate control, and domestic hot water (DHW).
As part of the fair, SVAN SOLAR will unveil its flagship product, the Universal Residential Kit – a comprehensive solution designed to transform any home into a sustainable and energy-efficient space.
This modular, scalable kit includes high-efficiency solar panels, a next-generation inverter, storage batteries, and an intelligent monitoring system with Wi-Fi connectivity.
Fully compatible with smart appliances and electric vehicle chargers, the Universal Residential Kit allows homes to operate primarily on solar power, maximising savings on electricity bills while reducing the household’s carbon footprint. Its adaptable design meets each user’s specific energy demands thanks to its expansion capabilities.
In addition, SVAN Solar will highlight its commitment to integrating air-to-water heat pumps and air-to-water heaters as ideal complements to the self-sufficient home. This technology, which harnesses energy from the outside air to provide heating, cooling, and DHW, works seamlessly with the Universal Residential Kit to ensure a continuous solar-powered supply of comfort.
Meanwhile, SVAN SOLAR’s water heaters offer a compact and efficient solution for DHW production, further optimising energy use and reducing reliance on non-renewable sources.
According to the brand’s Marketing Director, Victor Monfort, “Solar & Storage 2025 is the perfect stage to showcase how the self-sufficient smart home can transform the way families consume energy.
With the Universal Residential Kit and our air-to-water heating solutions, we offer users the chance to disconnect from the power and gas grids, cut costs, and actively contribute to a more sustainable planet.”
SVAN SOLAR’s proposal goes beyond technological innovation – it also focuses on accessibility. Thanks to its modular design, users can scale their system with additional panels or batteries as their energy needs grow, ensuring a long-term investment.
Moreover, compatibility with SVAN’s electric chargers enables users to power their vehicles exclusively with solar energy, reinforcing a 100% sustainable lifestyle model.
SVAN SOLAR invites all attendees to visit its booth at Solar & Storage 2025 to experience these solutions firsthand and discover how the self-sufficient smart home is redefining the future of residential energy. For more information about the Universal Residential Kit and other products, visit http://www.svansolar.com.
Find us at C45 at Solar & Storage Live España 2025.
Spain Solar Week marks the lead-up to Solar & Storage Live España, taking place 25-26 June 2025 in Valencia. Haven’t registered yet? Don’t miss out on your free ticket by securing your place here.
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by Catie Owen | Jun 19, 2025 | Europe, Innovation, Press Release
Sponsored Content
Sustainability is no longer just a trend – it’s a real necessity in today’s modern homes.
At SVAN, we see it as a whole: it’s not just about generating clean energy, but about integrating it intelligently into everyday life.
That’s why we develop solutions that work seamlessly together. The SVAN SOLAR Universal Kit ensures smart energy management and easily integrates into home automation systems, prioritising energy use where it’s needed most at any given moment.
To complement smart energy savings, nothing pairs better than our SVAN air-to-water heat pump systems and air-to-water heaters.
These offer an efficient, renewable alternative for meeting your daily hot water needs, while also providing home climate control, without relying on traditional systems.
They use a combination of solar power and thermal energy from the air, making them the perfect match for your solar setup. This integrated system allows for stable, autonomous climate control all year round.
And to complete the experience, the SVAN electric vehicle charger turns your installation into a full-scale energy station, enabling you to use solar power for mobility as well.
This synergy between generation, climate control, mobility, and smart management creates an optimised energy environment, ready to meet both current and future demands.
At SVAN, we believe in an energy model where every part of the home not only saves, it also communicates, adapts, and enhances your quality of life.
Find us at C45 at Solar & Storage Live España 2025.
Spain Solar Week marks the lead-up to Solar & Storage Live España, taking place 25-26 June 2025 in Valencia. Haven’t registered yet? Don’t miss out on your free ticket by securing your place here.
The device uses smart sensors that come pre-calibrated, removing the need for periodic on-site calibration and reducing servicing costs over the life of the sensor (5-10 years depending on gas type).
