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Daily Express
17-05-2025
- Business
- Daily Express
Don't protest energy projects: Pangi plant not behind Beaufort floods
Published on: Saturday, May 17, 2025 Published on: Sat, May 17, 2025 By: Crystal E Hermenegildus Text Size: Yaakob (right) during the interview. Kota Kinabalu: The Sabah Electricity Chairman Datuk Seri Madius Tangau said the support of all stakeholders is essential to ensure that efforts to increase the state's power supply can move forward smoothly. He said this is needed to meet the increasing demand, the Energy Commission has, in principle, approved for another run-off river scheme at the Pangi Hydroelectric Power Plant site. Advertisement He urged the public to avoid protesting or resisting energy projects that are critical to strengthening Sabah's power supply. 'This development (Pangi) could boost power generation to over 400kW (kilowatt), approaching 500kW,' Madius said during the official relaunch of the Pangi Hydroelectric Plant's operations in Tenom on Wednesday. Responding to concerns from the public, especially those in Beaufort, he clarified that the Pangi plant is not the cause of flooding in the district, despite frequent claims. 'We've been briefed that the Pangi plant isn't responsible for the floods in Beaufort, so we hope there won't be any further objections from the local communities,' Madius said. Advertisement He explained that the flooding and landslide at the plant site in 2022 were partly due to human activities, while the ongoing floods in Beaufort and surrounding areas are unrelated. 'The Pangi plant isn't a dam and doesn't release water, so it doesn't contribute to flooding downstream,' Madius said. With several major projects underway, including the 100MW (megawatt) Battery Energy Storage System in Lahad Datu, the Rental Gas Project in Kimanis, and the Kimanis Power Plant, Madius expressed confidence that Sabah is on track to reach its goal of 20 per cent power reserve by the end of this year. Meanwhile, Sabah is still waiting for Sarawak to complete its part of the much-anticipated Sabah-Sarawak 275kV transmission grid interconnection project, which is essential for both states to move forward with plans to strengthen their power supply systems. Sabah Electricity Chief Executive Officer, Mohd Yaakob Jaafar, said that while Sabah finished its portion of the project last year, Sarawak is currently facing construction delays. 'There are indications that Sarawak aims to complete their side within this year, but based on our assessment, it may take a bit longer,' he said during a visit to the hydroelectric plant in Tenom on Wednesday. Once the entire project is completed, Sabah expects an immediate boost of about 30MW to its power reserves, with the potential to scale up to 300MW. Yaakob also said Sabah is currently preparing a feasibility study for a separate interconnection linking Tawau to North Kalimantan, and consultants have already been appointed for the task. However, he said, a grant initially provided by the United States for this study had been withdrawn due to recent shifts in the US administration. 'We now need to consult with our international partners to determine the best way to move forward with the study,' he said. Yaakob added that a meeting was set to take place in Jakarta on Thursday, led by the Asean Centre for Energy, with participation from Indonesia's Perusahaan Listrik Negara (PLN) and Sabah Electricity, to address this and other related issues. * Follow us on Instagram and join our Telegram and/or WhatsApp channel(s) for the latest news you don't want to miss. * Do you have access to the Daily Express e-paper and online exclusive news? Check out subscription plans available. Stay up-to-date by following Daily Express's Telegram channel. Daily Express Malaysia
Associated Press
09-04-2025
- Business
- Associated Press
Optimus Energy Launches emsys VPP-powered Virtual Power Plant to Trade Renewable Energy in Greece
OLDENBURG, LOWER SAXONY, GERMANY, April 9, 2025 / / -- Optimus Energy has contracted the German service provider emsys VPP to supply its Virtual Power Plant (VPP) for trading renewable energy in Greece's wholesale electricity and balancing market. With a portfolio of nearly 4 GW of solar and wind power, Optimus Energy holds a leading market position in Greece, representing 50 % of the renewable energy capacity traded under the Feed-in Premium (FiP) scheme or through direct merchant participation, nationally . The collaboration enables Optimus Energy to leverage a proven Software-as-a-Service (SaaS) solution, widely used by aggregators and utilities across Europe, to maximize the value of their renewable energy portfolios in short-term energy markets. emsys VPP has already commenced setting up its Virtual Power Plant for the wholesale electricity market and is customizing the software to meet Optimus Energy's specific requirements. This process includes connecting over 3,500 solar and wind power plants to the VPP, enabling real-time data retrieval and dynamic control of variable electricity production. Contracted by Optimus Energy, emsys VPP's partner company, energy & meteo systems, provides accurate solar and wind power forecasts for the connected assets, which will be integrated into the VPP. This complete software suite allows Optimus Energy to efficiently manage its portfolio including reduction of power generation during periods of negative electricity prices. Additionally, emsys VPP is supplying a tailored Virtual Power Plant for providing balancing energy services, a strategic expansion of Optimus Energy's services in the evolving Greek energy market, driven by the constantly increasing penetration of renewable energy sources (RES). Balancing services will benefit both the renewable assets, by creating an additional revenue stream, and the grid, by delivering greater flexibility in line with energy transition objectives. As part of the service, emsys VPP will enable the qualification of renewable assets for participation in the balancing services market. This qualification process includes remote-control tests to ensure that renewable plants connected to the VPP comply immediately with dispatch instructions from IPTO, the Greek transmission system operator. 'Our collaboration with emsys VPP leverages their industry-leading software solutions and extensive international expertise, which are instrumental in optimizing the market potential of our RES portfolio,' says Stella Zacharia, CEO of Optimus Energy. 'We're excited to play a pivotal role in enhancing power system stability in Greece, while also accessing the emerging ancillary services market as a valuable additional revenue stream for our expanding renewable energy portfolio.' 'Our Virtual Power Plant and power forecasts already support several Greek partners in managing their renewable energy portfolios. Providing our Virtual Power Plant for the wholesale and ancillary services market to Optimus Energy marks a significant milestone in bolstering our market presence,' says Dr. Ulrich Focken, Managing Director of emsys VPP and energy & meteo systems. About Optimus Energy Optimus Energy is the leading renewable energy aggregator and demand response services provider in Greece, managing an extensive portfolio of almost 4 GW of installed renewable capacity and more than 250 MW of flexible load. The company provides market access solutions and insights to maximize the value and performance of renewable energy assets, flexible consumption sites and energy storage systems, navigating the everchanging energy landscape. With a strong focus on innovation and customer success, Optimus Energy is driving the transition, optimizing our sustainable energy future. For more information please visit: About energy & meteo systems GmbH energy & meteo systems was founded in 2004 in Oldenburg, Germany, and offers cutting-edge power forecasting services as well as differentiated consulting services for a smooth grid and market integration of variable renewable energies. The company is an international provider of accurate wind and solar power predictions for grid operators, aggregators, power traders and plant operators. The forecasting services are provided to more than 600 GW of installed solar and wind power capacity in around 60 countries. About emsys VPP GmbH emsys VPP is a pioneer in the development of Virtual Power Plants and ranks as a leading international provider. The sophisticated technology is offered as a Software-as-a-Service solution and digitally connects decentralized power generators, storage facilities and controllable consumers via a common control room. The Virtual Power Plant is used by numerous energy suppliers and aggregators to monitor, remotely control and profitably market aggregated electricity production. Ulrich Kaltenbach emsys VPP GmbH Instagram YouTube Legal Disclaimer:
Associated Press
19-03-2025
- Science
- Associated Press
Plot Planting Automation Enables Seed Research Efficiencies
PowerPlant Automated Plot Planting System, Exclusively from ALMACO NEVADA, IOWA / ACCESS Newswire / March 19, 2025 / In the seed research industry, technological advancements are revolutionizing the approach to plot planting and cultivation. Seed research professionals face numerous challenges, including labor shortages, increasing efficiency requirements, the push for faster advancement decisions, and more. Each year, it becomes clearer that planting automation is essential in removing human error and closing gaps in seed research needs. Operators do not need to unload seed packets for each plot, which supports seed research professionals in many Automated Planting System from ALMACO PowerPlant Automated Planting System on an ALMACO SeedPro 360 Research Planter Planting automation embodies the transformative potential of new technology in seed research. At the forefront of this shift in automated planting technology is the ALMACO PowerPlant Automated Planting System. The first of its kind in the seed research industry, it has far exceeded the reliability standards of traditional plot planting methods. Seed cartridges are packaged, labeled, and verified ahead of time, providing ultimate peace of mind. Seed researchers can go into the field knowing exactly where their seeds will be planted, with no secondary operator required to ride on the planter. The elimination of manual seed packet unloads reduces the risk of human error, resulting in more accurate data during harvest. Automation mitigates the labor-intensive nature of manual plot planting, allowing researchers to allocate their time and resources more effectively. The increased efficiency not only removes human error but also accelerates the pace of research and development. Planting automation ensures that each seed is planted with consistent precision, reducing variability in research plots. This precise control of seed placement leads to more consistent field conditions, better data collection, and faster advancement decisions. By minimizing discrepancies, researchers can rely on the integrity of their data, which is crucial for making informed decisions about seed development and improvement. With an expanded capacity, seed scientists can explore a wide variety of seed offerings to ensure the best seeds end up in farmers' hands. The ability to test and analyze more seeds in a shorter period significantly speeds up the innovation process, leading to the development of superior seed varieties that can meet the demands of a growing global population. The integration of planting automation eliminates the need for operators to physically ride on the planter during plot planting operations. This enhancement in operator safety significantly reduces the risk of accidents, physical strain injuries, exposure to chemicals, heat stress, sunburn, and other potential hazards associated with manual operation. Ensuring the well-being of operators is a critical component of modernizing the seed research industry, making it a more attractive field for skilled professionals. Embracing automation is not just a trend but a necessary step toward meeting the global challenges of food security and agricultural sustainability. The ALMACO PowerPlant Automated Planting System is at the forefront of this transformation, setting a new standard for excellence in seed research and development.
ME Construction
05-02-2025
- Business
- ME Construction
NMDC Energy awarded US $1.136bn EPC contract
Industry News NMDC Energy awarded US $1.136bn EPC contract By The Tung-Hsiao Power Plant 2nd Stage Renewal Project plays a key role in accelerating Taiwan's transition to cleaner energy NMDC Energy has been awarded a EPC contract by Taiwan Power Company (Taipower) for pipeline installation, shore approach works and dredging for the Tung-Hsiao Power Plant second stage renewal project. The US $1.136bn project involves the design, construction and installation of 111km of linear subsea pipeline at depths ranging from 10m to 55m, stretching between Taichung and Tung-Hsiao on Taiwan's west coast. The scope of work includes shore approach works and dredging operations with a volume of approximately six million cu/m. Led by NMDC Energy and utilising the capabilities of NMDC Dredging & Marine, the award highlights NMDC Group's integrated and multidisciplinary approach to engineering, procurement and construction. As part of its commitment to expanding into high-growth regions, NMDC Energy views Taiwan as a market with significant potential. Yasser Zaghloul, CEO of NMDC Group said: 'This landmark contract underscores NMDC Energy's position as a global leader in engineering and marine solutions, while driving forward Taiwan's energy transition ambitions. Our work in Taiwan is not merely about infrastructure; it represents a commitment to creating sustainable pathways for energy resilience in a region of strategic importance. This award reaffirms our dedication to delivering world-class expertise across diverse geographies and demonstrates how NMDC Group's integrated capabilities set the benchmark for transformative, high-impact projects worldwide.' Ahmed Salem Al Dhaheri, CEO of NMDC Energy added: 'Over the past three years, we have boldly expanded our operations into renewable energy in Taiwan, forging transformative partnerships to unlock opportunities for various clean energy integration. Our collaboration with Taiwan Power Company will drive and strengthen our presence in Taiwan and South East Asia.' The Tung-Hsiao Power Plant 2nd Stage Renewal Project plays a key role in accelerating Taiwan's transition to cleaner energy by enabling the delivery of natural gas with an annual capacity of 2.3m tonnes, crucial to meeting growing demand while also enhancing energy security.
