Author: sHq_LoGiNz
SYDNEY, Sept. 2, 2025 /PRNewswire/ — GameChange Solar, a leading global supplier of solar tracker and fixed-tilt racking technology, announced that it has secured its first solar tracker project in New Zealand with Bright Fern Energy’s upcoming Dannevirke Solar Farm. The 23 MWp utility-scale project marks a key milestone in GameChange Solar’s footprint in Oceania, expanding its tracker presence into a new geography with locally adapted solutions. Bright Fern Energy is a cornerstone customer for GameChange Solar in the New Zealand market.
The project will feature GameChange Solar’s Genius Tracker™ 1P system with a four-string configuration and integrated SpeedClamp™ technology, designed to reduce module installation time and costs. This will be the first deployment of speed clamps in the region. The system is also equipped with HailStow™ functionality, which tilts modules to a safer angle during hail events, helping to mitigate potential damage and reduce insurance premiums. GameChange Solar’s early engineering involvement, particularly the detailed cut and fill assessment, was a key differentiator in optimising site design and reducing overall project costs.
“GameChange Solar brought engineering insight, experience, and a clear understanding of project execution from an early stage in the process,” said Cassidy Prent, acting Chief Executive Officer, Bright Fern Energy. “They aligned with our technical priorities and were able to provide solutions tailored to our site conditions. We see them as a strong partner for this project.”
Located near the town of Dannevirke, the project is expected to be commissioned by March 2026. It represents the first of three fully consented projects that Bright Fern Energy will be taking through construction over the next 18 months.
“Our collaboration with Bright Fern Energy is an important step in strengthening our presence in New Zealand and across Oceania,” said Vaibhav Joshi, Managing Director – Oceania, GameChange Solar. “Our technology is designed to adapt to varied terrain and weather conditions, enabling more efficient builds and long-term reliability for utility-scale projects in this region. This project reflects our ability to align with developer objectives and deliver solutions that perform both in design and on the ground.”
About GameChange Solar
GameChange Solar is one of the top three global providers of solar tracker solutions used in utility-scale and ground-mounted distributed generation solar projects around the world. We have delivered over 48 GW of solar tracker and fixed tilt systems that combine fast installation, bankable quality, and unbeatable value through superior engineering, innovative design, and high-volume manufacturing. Our products enable solar panels at power plants to follow the sun’s movement across the sky and optimize plant performance while protecting the array from damaging weather conditions.
For more information about GameChange Solar and its solar tracking solutions, visit www.gamechangesolar.com.
Media Contact
Nisha Wadhwani
Lead – Marketing, GameChange Solar
nisha.wadhwani@gamechangesolar.com
About Bright Fern Energy
Bright Fern Energy is a New Zealand based vertically integrated renewable energy platform focused on the development, construction, long-term ownership and operation of utility scale solar and battery energy storage systems. Backed by private equity and led by an experienced team of renewable energy professionals, Bright Fern Energy has a pipeline of projects exceeding 550MW in development across the North and South Islands.
Media Contact
Cassidy Prent
Acting Chief Executive Officer, Bright Fern Energy
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SOURCE GameChange Solar
FORNEBU, Norway, Sept. 1, 2025 /PRNewswire/ — As part of an internal reorganization in connection with the contemplated merger between Aker Horizons Holding AS (“AKHH”), and AKH HoldCo AS, a subsidiary of Aker ASA, AKHH has today transferred all of its 261,438,859 shares in Aker Carbon Capture ASA (the “Company“), representing approximately 43.27 per cent of the Company’s share capital, to its wholly owned subsidiary, Aker Horizons Midco AS (“MidCo“).
In an earlier version of the notification the attachment was not included. Please see attached PDMR forms.
Pursuant to the Norwegian Securities Trading Act Section 6-2 (3), MidCo has been granted an exemption by the Norwegian Financial Supervisory Authority from the mandatory offer rules set out in the Norwegian Securities Trading Act pertaining to this internal transfer of shares in the Company.
This information is subject to the disclosure requirements pursuant to Article 19 of Regulation EU 596/2014 (the EU Market Abuse Regulation). Please refer to the attached PDMR forms for further details.
Media and Investor contact:
Mats Ektvedt,
mobile: +47 41 42 33 28,
e-mail: mats.ektvedt@corporatecommunications.no
This information is subject to the disclosure requirements pursuant to Sections 4-2 and 5-12 of the Norwegian Securities Trading Act and the requirements under the EU Market Abuse Regulation.
This information was brought to you by Cision http://news.cision.com
The following files are available for download:
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https://mb.cision.com/Public/20223/4227934/8f8c9ad68101341a.pdf |
ACC – PDMR Attachments |
View original content:https://www.prnewswire.com/news-releases/correction-aker-carbon-capture-asa-disclosure-of-large-shareholdings-and-mandatory-notification-of-trade-302543257.html
SOURCE Aker Carbon Capture ASA
FORNEBU, Norway, Sept. 1, 2025 /PRNewswire/ — Reference is made to the announcements made by Aker Horizons ASA (the “Company“) on 9 May 2025 regarding the planned merger between the Company’s subsidiary, Aker Horizons Holding AS (“AKHH”), and AKH HoldCo AS (“AKH HoldCo“), a subsidiary of Aker ASA (the “Merger“).
As a preparatory step for completion of the Merger, Aker Capital AS has today transferred all of its 464,285,714 shares in the Company, representing approximately 67.25 per cent of the Company’s share capital, to AKH HoldCo.
Pursuant to the Norwegian Securities Trading Act Section 6-2 (3), AKH HoldCo (previously named Aker MergerCo AS) has been granted an exemption by the Norwegian Financial Supervisory Authority from the mandatory offer rules set out in the Norwegian Securities Trading Act pertaining to this internal transfer of shares in the Company.
This information is subject to the disclosure requirements pursuant to Article 19 of Regulation EU 596/2014 (the EU Market Abuse Regulation). Please refer to the attached PDMR forms for further details.
For further information:
Investor Relations:
Jonas Gamre
Mobile: +47 97 11 82 92
E-mail: jonas.gamre@akerhorizons.com
Media:
Mats Ektvedt
Mobile: +47 41 42 33 28
E-mail: mats.ektvedt@corporatecommunications.no
This information is subject to the disclosure requirements pursuant to Sections 4-2 and 5-12 of the Norwegian Securities Trading Act and the requirements under the EU Market Abuse Regulation.
This information was brought to you by Cision http://news.cision.com
The following files are available for download:
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https://mb.cision.com/Public/20659/4227925/9f7e6946882be408.pdf |
AKH – PDMR Attachments |
SOURCE Aker Horizons
View original content:https://www.prnewswire.com/news-releases/aker-horizons-asa-disclosure-of-large-shareholdings-and-mandatory-notification-of-trade-302543243.html
SOURCE Aker Horizons
As AI workloads scale rapidly, data centers face increasing pressure to optimize compute, interconnect, and memory. In this exclusive video interview from OFC 2025, Ram Periakaruppan, VP and GM of Keysight’s Network Applications & Security group, outlines the critical challenges confronting AI infrastructure teams — and how Keysight’s KAI Data Center Builder is designed to address them.
From Power Bottlenecks to Inference Scaling: Where the Industry is Headed
The surge in AI compute demand is creating a gridlock — not just in data pipelines, but in literal power availability. As Ram explains, “Power is the biggest challenge in the industry right now.” AI workloads, particularly training large language models (LLMs), are compute-intensive and resource-hungry. But the real shift is happening in AI inference — and with it, a looming memory wall that threatens system scalability.
Organizations must now optimize for inference latency, memory efficiency, and distributed model architectures. The solution? More granular testing, modular deployment, and the ability to emulate and validate designs before production silicon is ready.
Bridging the Gap from Design to Deployment: What Next-Gen AI Solutions Require
As AI infrastructure grows in scale and complexity, next-generation solutions must enable a seamless transition from early-stage design to large-scale deployment. The days of validating only after silicon is available are over. To keep pace, engineering teams must uncover architectural and performance issues before hardware exists and continue validating at scale once deployed in production.
This design-to-deployment continuum is no longer optional — it’s foundational to delivering scalable, efficient AI infrastructure.
Today’s AI systems face a new set of challenges:
- Power availability is emerging as the top constraint for large-scale AI buildouts.
- Inference performance, not just training, is becoming the dominant focus for optimizing latency and user experience.
- The memory wall looms large as models grow and the need for low-latency access intensifies.
- Model parallelism techniques like 3D, 4D, and even 5D data partitioning require flexible infrastructure that can adapt to experimental workloads.
To address these pressures, infrastructure teams need:
- Emulation platforms that can simulate large-scale AI workloads without requiring scarce GPUs
- The ability to experiment early, validating both custom silicon and full-stack system architectures pre-silicon
- Support for proprietary, open, and hybrid architectures, allowing customers to safeguard their IP while optimizing performance
- Consistency across environments, enabling teams to move from lab to deployment without retooling their validation flow
The path forward demands solutions that bridge design and deployment — not just technically, but strategically. From pre-silicon co-design to post-silicon optimization, emulation and validation are becoming central to achieving faster, more reliable, and cost-effective AI scale.
To meet these challenges, Keysight developed the KAI Data Center Builder, a platform purpose-built for AI infrastructure emulation at full scale — without needing access to live GPUs.
By recreating training and inference traffic across AI-native network fabrics, KAI enables engineering teams to:
- Identify root causes of bottlenecks across compute, fabric, and I/O layers
- Emulate proprietary workloads while keeping customer data secure
- Validate custom silicon and system architectures early in the design cycle
- Experiment with 3D, 4D, and 5D model parallelism at full scale
Go Deeper: Beyond the Bottleneck
For a deeper analysis of the trends, architectures, and bottlenecks shaping AI data centers, read Keysight’s new report: Beyond the Bottleneck: AI Cluster Networking Report 2025 Gain insights into AI interconnect challenges, power/cooling constraints, inference scalability, and real-world deployment data from leading hyperscalers and solution providers.
Unlock scalable AI performance today.
JIAXING, China, Amsterdam and AUSTIN, Texas, Sept. 1, 2025 /PRNewswire/ — APsystems, a global leader in Module Level Power Electronics (MLPE) and the top supplier of multi-platform solar microinverter solutions, has achieved the #1 position as the most bankable solar inverter manufacturer in the world, according to the 2025 edition of the Sinovoltaics Inverter Manufacturer Ranking Report.
This coveted distinction reinforces APsystems’ reputation as a financially strong, technologically innovative, and globally trusted provider of solar power electronics, and reflects its steadfast growth and performance across more than 15 years in the solar industry.
“Being ranked #1 globally by Sinovoltaics is not just an honor—it’s a validation of our long-term vision and commitment to excellence,” said Olivier Jacques, President Global, APsystems. “We’ve built APsystems on a foundation of innovation, solid profitability, market relevant ecosystem and stability—factors that matter deeply to our customers, partners, and financial backers alike.”
The Sinovoltaics report evaluates the financial health and bankability of global inverter manufacturers using the Altman Z-score model—a widely recognized formula for predicting the likelihood of a company entering financial distress. APsystems not only led the industry with the highest score but demonstrated consistent financial strength over the three-year analysis window from 2022 through 2025.
“Bankability is critical in solar,” said Dr. Zhi-min Ling, APsystems co-founder and Chairman. “Installers, EPCs, and financiers need to know that the technology they deploy today will be supported tomorrow. Our customers count on us not just for performance and innovation—but for long-term reliability. This report confirms that APsystems will be here, year after year, delivering on that promise.”
Understanding the Sinovoltaics Ranking
The Sinovoltaics Inverter Manufacturer Ranking Report is the industry’s most comprehensive independent financial ranking of inverter companies. Using the Altman Z-Score—a predictive model that evaluates working capital, retained earnings, EBIT, market value, and sales—it assesses each manufacturer’s financial stability and likelihood of survival over the next 2–10 years.
Manufacturers are categorized into three zones: “Safe,” “Grey,” and “Distress.” APsystems achieved the highest Altman Z-Score, placing it firmly in the Safe Zone and distinguishing it from dozens of peers globally.
A Track Record of Strength and Innovation
Since its founding in Silicon Valley in 2010, APsystems has expanded into over 150 countries with MLPE product shipments exceeding 6GW (by the end of 2024) and more than 590,000 microinverter systems established globally. The company has maintained consistent profitability and an untouched warranty reserve, with millions of microinverter systems still operating reliably in the field more than a decade after installation.
From its best-selling DS3 dual-module microinverter series to its advanced QT2 commercial 3-phase platform, EZ1 plug-and-play units, and APstorage energy storage systems, APsystems continues to push the boundaries of solar technology—earning the trust of installers, distributors, homeowners, and financial institutions around the world. What’s more, by integrating cutting-edge solar and energy storage technologies with AI-driven innovation, the company is redefining the possibilities across residential, commercial, and DIY energy solutions.
About APsystems
APsystems is the #1 global supplier of multi-platform MLPE solutions for the solar PV industry, offering microinverters, energy storage, and rapid shutdown devices. The company’s flagship products include the new QS2, together with the DS3, EZ1, QT2 series microinverters and its APstorage ELS, ELT product lines. With its proprietary Energy Communication Unit (ECU) and web-based EMA platform, APsystems enables smart monitoring and management of every inverter and PV module in a solar array.
With business units across the Americas, EMEA, and Asia-Pacific, APsystems is a publicly traded company serving customers in over 150 countries. APsystems is listed on the SSE: 688348.SS. Learn more at APsystems.com.
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SOURCE Altenergy Power System Inc.
