AREG and ESA Sign Space Tech MoI for Renewable Energy

Aberdeen Renewable Energy Group | January 21, 2021

Aberdeen Renewable Energy Group (AREG) and the European Space Agency (ESA) have marked a notice of purpose (MoI) to examine, create and actualize space-empowered technology and administrations to help the renewable energy area.

Under the MoI, the associations will cooperate to cultivate the improvement of space-using applications to help technical and business advancement in the renewables area.

They will likewise assess natural maintainability of energy creation and security of activities.

AREG seat Jean Morrison stated: "This concurrence with ESA will take a gander at the inventive technologies being produced for space exercises and how we can utilize these learning and advancements to quicken the improvement of renewable activities.

"We expect that collaborating with organisations such as ESA will bring fresh ideas and initiatives for our members as we continue to champion the energy supply chain to enable the transition to low carbon to achieve net zero emissions."

ESA Space Solutions head of partner-led and thematic initiatives section Rita Rinaldo said: "ESA is strongly positioned to support the implementation of innovative services relying on space assets to support the renewable sector in Europe and beyond. 

"We are very pleased of this cooperation with AREG that will allow us to further develop initiatives in support to green transition and create new opportunities for sustainable services."

ESA Space Solutions aims at arriving at business abuse of space resources, information and capacities tending to brooding, demonstrating technical practicality and business advancement.

This incorporates the advancement of operational administrations for a wide scope of clients through the blend of various frameworks, and backing in making practical organizations just as to existing organizations.

AREG was established in 2003 to help firms looking for development inside the renewables area.

It gives occasions to guide admittance to a portion of the business' biggest engineers through its occasions.


Currently, the world gets most of its power from burning hydrocarbons or fossil fuels. But renewable energy sources, such as solar, wind and hydro, are becoming more and more widespread.

Other News

Transition to Net-Zero Emissions Catalyzes Asia-Pacific Utilities' Adoption of Distributed Energy Resources

Frost & Sullivan | March 29, 2022

Frost & Sullivan's recent analysis of the Asia-Pacific power and energy market reveals that a growing number of traditional utilities and oil & gas companies will venture into distributed energy resources (DER) applications over the next five to 10 years. DER applications, including storage, solar, and EV charging infrastructure, and the hydrogen economy are expected to accelerate the energy transition toward net-zero emissions. Most countries in the region, such as Vietnam, South Korea, Japan, and Australia, have initiated their energy transitions and show significant potential to scale up renewables. In line with these trends and the rising demand for power, overall investments in power generation capacities are expected to grow from $59.66 billion in 2021 to $73.26 billion in 2030. "Oil incumbents are venturing into the power sector through partnerships and acquisitions of renewable energy companies, DER companies, and utilities, They are also likely to leverage their offshore expertise to tap into the offshore wind market in Asia-Pacific. The rapid expansion of power generation capacities will drive strong investments in transmission and distribution networks. Among the emerging energy technologies, Japan, South Korea, and Australia have identified hydrogen as the most promising in accelerating their net-zero energy transition." -Rajalingam Arikaarampalayam Chinnasamy, Industry Principal, Energy & Environment at Frost & Sullivan. Companies looking to invest in the regional energy and power market can seize growth opportunities by: Adopting the everything-as-a-service (XaaS) model for accelerated DER uptake: Manufacturers and solution providers need to develop comprehensive plans that cover data access and gathering, flexibility, and innovation. Partnering with strategic competitors to leverage market synergies: Global OEMs can collaborate with local partners that specialize in the local production of components or with well-established domestic suppliers to penetrate public utility projects and commercial and industrial (C&I) customer segments. IoT-enabling generation and grid equipment to strengthen power network resilience and reliability: Solution providers have to create comprehensive plans and innovation roadmaps for customers to leverage the data generated from digital systems. Asia-Pacific Power and Energy Outlook, 2022 is the latest addition to Frost & Sullivan's Energy & Environment research and analyses available through the Frost & Sullivan Leadership Council, which helps organizations identify a continuous flow of growth opportunities to succeed in an unpredictable future. About Frost & Sullivan For six decades, Frost & Sullivan has been world-renowned for its role in helping investors, corporate leaders and governments navigate economic changes and identify disruptive technologies, Mega Trends, new business models, and companies to action, resulting in a continuous flow of growth opportunities to drive future success.

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I&M is Powering the Next Tomorrow with Plans to Add More than 2,000 MW of Solar, Wind Energy

Indiana Michigan Power | February 02, 2022

Indiana Michigan Power, an American Electric Power company, submitted a plan with the Indiana Utility Regulatory Commission that calls for adding more than 2,000 megawatts of wind and solar energy generation by 2028. The Powering the Next Tomorrow plan is designed to ensure reliable, sustainable energy for I&M customers from a resilient grid using diverse generation sources. I&M is pleased to continue its responsible, systematic transition to cleaner generation sources while ensuring we will meet our customers' needs for safe, reliable energy long into the future. I&M is Powering the Next Tomorrow by harnessing energy from the sun and wind, while ensuring we continue to have the necessary resources to power the homes, businesses and factories we serve 24/7." Steve Baker, president and chief operating officer of I&M I&M's intentions are described in its Integrated Resource Plan (IRP), which provides a detailed analysis of future energy needs and how the company will meet those needs over the next 20 years. Though long-term plans are subject to revisions, I&M's near-term plans to add more than 2,000 megawatts (MW) of wind and solar by 2028 have a higher degree of certainty. The new clean resources are expected to generate enough energy to power 400,000 typical homes. The first step will occur in coming months, when I&M issues a request for proposal (RFP) for approximately 800 MW of wind and approximately 500 MW of solar to meet customer needs, with half of those resources generating energy in 2025 and the remainder by 2026. A second RFP is planned for later seeking proposals for about 800 MW of solar, 60 MW of battery storage and 1,000 MW from gas "peaking" units to meet the needs by 2028. Together, the new resources would more than quadruple I&M's current solar and wind generation. I&M continues to evaluate the best ways to ensure customers have reliable power 24/7/365, including when the sun doesn't shine or wind doesn't blow. With the retirement of I&M's coal-fueled Rockport Plant scheduled by 2028, the company's plans include natural-gas "peaking" units that are expected to be the most cost-effective, reliable source of additional power. These resources would generate power only during periods of high energy use and would potentially utilize hydrogen as a future fuel source to optimize environmental performance. Powering the Next Tomorrow significantly reduces reliance on coal-fueled generation and is another step toward supporting parent company AEP's goals of achieving net zero carbon by 2050. Including Cook Nuclear Plant, wind and solar resources as well as power from six water-powered hydro-electric plants, 85% of the energy I&M generated in 2020 was carbon-emission free. I&M is required to submit a 20-year plan to the Indiana Utility Regulatory Commission every three years. The plan was developed during 2021 and included five meetings with stakeholders representing a variety of interests. About Indiana Michigan Power Indiana Michigan Power (I&M) is headquartered in Fort Wayne, and its approximately 2,100 employees serve more than 600,000 customers. More than 85% of its energy delivered in 2020 was emission-free. I&M has at its availability various sources of generation including 2,278 MW of nuclear generation in Michigan, 450 MW of purchased wind generation from Indiana, more than 22 MW of hydro generation in both states, nearly 35 MW of large-scale solar generation in both states, and 2,620 MW of coal-fueled generation in Indiana. About American Electric Power American Electric Power, based in Columbus, Ohio, is powering a cleaner, brighter energy future for its customers and communities. AEP's approximately 16,700 employees operate and maintain the nation's largest electricity transmission system and more than 224,000 miles of distribution lines to safely deliver reliable and affordable power to 5.5 million regulated customers in 11 states. AEP also is one of the nation's largest electricity producers with approximately 31,000 megawatts of diverse generating capacity, including more than 5,900 megawatts of renewable energy. The company's plans include growing its renewable generation portfolio to approximately 50% of total capacity by 2030. AEP is on track to reach an 80% reduction in carbon dioxide emissions from 2000 levels by 2030 and has committed to achieving net zero by 2050. AEP is recognized consistently for its focus on sustainability, community engagement, and diversity, equity and inclusion. AEP's family of companies includes utilities AEP Ohio, AEP Texas, Appalachian Power (in Virginia and West Virginia), AEP Appalachian Power (in Tennessee), Indiana Michigan Power, Kentucky Power, Public Service Company of Oklahoma, and Southwestern Electric Power Company (in Arkansas, Louisiana, east Texas and the Texas Panhandle). AEP also owns AEP Energy, which provides innovative competitive energy solutions nationwide.

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Breaking Down 5 Misconceptions to Accelerate Green Development

Huawei | February 28, 2022

Huawei hosted its Day0 Forum "Lighting up the Future" as part of their lead up to MWC22 Barcelona. Huawei Carrier's Chief Marketing Officer Dr. Philip Song delivered a keynote speech titled "Five Misconceptions of Green Development" at the forum. Green development is a buzzword. Just like from Newton's classical mechanics to Einstein's theory of relativity, its development is going to be marked by a spiraling path between misconceptions and truths. We need to move past these five misconceptions as soon as possible to accelerate the green development of the ICT industry." Dr. Philip Song,Huawei Carrier's Chief Marketing Officer Misconception 1: ICT industry contributes to increased carbon emission. According to the GeSI's SMARTer2030 report, the ICT industry is only expected to account for 1.97% of global carbon emissions by 2030. More importantly though, other industries are expected to reduce their own carbon emissions 20% by applying ICT technologies, a total amount 10 times the carbon emissions of the ICT industry itself. These secondary savings are called carbon handprint. The size of this carbon handprint has made ICT infrastructure increasingly important in many national strategies. Huawei itself predicts that 1 YB of global data will be stored on the cloud by 2030. This means that 150 million tons of carbon emissions can be saved each year if current infrastructure is equipped with greener, all-optical transmission technologies. These savings would be equivalent to planting 200 million trees – an amount that would cover the entirety of Europe in forest. Misconception 2: There is over-focusing on supply chain emissions, which are regarded as the largest cause of carbon emissions for network equipment. As Dr. Song described in his presentation, if you look at the entire life cycle of network equipment, only 2% of its carbon emissions are generated during manufacturing, while 80-95% are generated during usage. Dr. Song therefore proposed that the key to reducing ICT industry carbon emissions will be adopting innovative technologies to improve energy efficiency. Misconception 3: Green development is only about green energy. While the development of solar and wind power are important to green development in the ICT industry, huge gains can be achieved by systematically improving the energy efficiency of telecom networks. To this end, Huawei released a three-layer green solution at this summit to systematically improve network energy efficiency through "Green Site, Green Network, and Green Operation", helping carriers achieve "More Bits, Less Watts". Misconception 4: Network energy efficiency is equal to the sum of energy efficiencies of its telecom equipment. The energy efficiency evaluation of a single equipment box is not enough to carry out comprehensive, scenario-based planning and construction decisions. Huawei recommended establishing a unified, standardized indicator system (NCI) to accurately evaluate and formulate energy-saving policies for entire networks by measuring the energy efficiency indicators of main communications equipment, site auxiliary equipment, transport networks, and data centers. Misconception 5: Energy saving should not impact any network performance indicator. The truth is, there is trade-off between energy saving features and some network indicators. However, energy saving features can be adopted at the expense of peak rates and some other indicators, but without impacting actual user experience. In Germany, an intelligent shutdown solution has been deployed in shopping malls at midnight. Although it slightly reduces peak rates, it reduces site energy consumption by 10% without affecting user experience. During his closing remarks, Dr. Song delivered five suggestions for green development in the ICT industry: "First, we should vigorously develop the ICT industry to enable green development in other industries. Second, we must pay more attention to carbon emissions of ICT infrastructure during usage rather than just during manufacturing. Third, the systematic solution of "Green Site, Green Network, and Green Operation" will help carriers continuously improve network capacity and reduce power consumption per bit, achieving "More Bits, Less Watts". Fourth, we must define a unified energy efficiency indicator system to identify the main problems of energy consumption. Fifth, watts are decided by user experience." MWC22 Barcelona will run from February 28 to March 3 in Barcelona, Spain. Huawei will showcase its products and solutions at stand 1H50 in Fira Gran Via Hall 1. Together with global operators, industry professionals, and opinion leaders, we will dive into topics such as industry trends, GUIDE to the Future, and green development to envision the future of digital networks.

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Brightcore Energy Appoints Lauren Hildebrand as Vice President, Client Sustainability

Brightcore Energy | January 27, 2022

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Currently, the world gets most of its power from burning hydrocarbons or fossil fuels. But renewable energy sources, such as solar, wind and hydro, are becoming more and more widespread.