Aberdeen International Looks to Larger Focus on Renewable Energies, Particularly the Hydrogen Sector

Aberdeen | December 21, 2020

Aberdeen International Inc. ("Aberdeen" or the "Organization") (TSX: AAB) is satisfied to report its expectation to increase its speculation technique with a bigger spotlight on sustainable power sources, especially the hydrogen area.

The Company accepts that the hydrogen area is very nearly an advancement because of the spotless tech upheaval and its monetary preferences over occupant powering advances. Hydrogen's high energy to mass proportion makes it especially reasonable for hard core, significant distance street cargo, oceanic and flight applications. Industry investigators estimate interest for hydrogen to develop to 575 million tons for each year by 2050 of every a market worth more than US$1 trillion.

Set up vehicle makers (Toyota, Hyundai, Daimler and Volvo) have declared that they are sloping up their conveyance timetables of hydrogen fueled vehicles and long stretch trucks and numerous different applications in the mechanical and energy markets are developing at a significant rate.

To fortify our abilities in the hydrogen space, the Company is satisfied to declare the arrangement of Mr. Martin Schuermann and Mr. Halady Prabhu as essential counselors.

Martin Schuermann has been a sequential business person all through various ventures and has been engaged with the perfect energy area since 2009, turning into the CEO of Vision Motor Corp and Vision Industries where they were centered around creating zero discharge transportation arrangements, utilizing hydrogen as the predominant energy stockpiling medium.

Mr. Prabhu has over a time of involvement with the environmentally friendly power industry having worked with EDF Énergies Nouvelles Canada (EDF EN), one of the main sustainable power organizations on the planet and other driving sun oriented PV engineers internationally. Mr. Prabhu is engaged with exchanges in the sustainable power and clean tech area and is continually distinguishing new open doors in the energy stockpiling and hydrogen economy area. He is effectively associated with distinguishing new advancements and openings in the quickly developing hydrogen area in both the versatility and modern verticals. Mr. Prabhu has a broad organization of organizations and people assuming key parts in the hydrogen economy from which the organization will use to pick up introduction to this quickly developing area.

The Company accepts by contributing, financing, and aiding lead the improvement of hydrogen as an elective fuel source, we will drive huge investor esteem going ahead. We try to band together with driving edge scientists, government organizations and forward-looking energy elements to propel the innovation, pull in end-market clients and position hydrogen, as the primary elective fuel source.


Historically, the wind energy sector has been one of the champions of applied technology Research & Innovation in Europe. This has made wind power competitive with traditional fossil power generation. Onshore wind is now the cheapest form of new installed power capacity. Wind power and solar PV are no longer a niche market, but still, need support and a stable market outlook to fully mature. At the same time, the entire power system is set to undergo dramatic changes.

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EtaPRO©Asset Performance & Condition Monitoring Software Implemented at the Pathua Geothermal Power Plant to Protect Their Most Critical Equipment

EtaPRO | October 14, 2022

Amidst a global move towards renewable energy sources, decarbonization and net zero emissions, EtaPRO LLC, a Toshiba Group Company, has installed its asset condition and monitoring solution at Indonesia’s PT Geo Dipa Energi (Persero) (GDE) geothermal power plant*1 through a contract with Toshiba Asia Pacific Indonesia.*2 EtaPRO uses IoT and AI technologies, including predictive failure diagnosis and performance monitoring, to optimize GDE’s plant performance.This service represents a commercial version of what has been implemented as a NEDO (New Energy and Industrial Technology Development Organization) demonstration project for this power plant in October 2019.*3 The demonstration project verified the effectiveness of the company's EtaPRO® IoT-based predictive failure diagnosis technology. The EtaPRO business was acquired by Toshiba America Energy Systems Corporation*4 last year to enhance its global servicing and maintenance solutions for turbines and equipment with EtaPRO’s digital asset performance management technology. This combination of steam turbine equipment and digital technology has borne significant results with GDE. Toshiba has delivered more than 60 geothermal turbines in 25 countries since 1966. Geothermal power generation is considered a key approach to achieving carbon neutrality. EtaPRO’s asset performance and condition monitoring software has revolutionized the power generation industry by detecting small changes in equipment performance and vibration—early warning signs of larger problems. EtaPRO allows operators to fix issues before they become equipment failures, reducing downtime and outages. Additionally, EtaPRO’s solutions allow users to optimize plant performance. Installed in thermal, wind, solar, gas, and geothermal plants around the world, EtaPRO detects anomalies in: Thermal performance and efficiency Equipment condition Vibration system monitoring EtaPRO also helps energy providers with a mix of generation types and as they transition from one energy source to another. The same software that monitors coal-fired plants also monitors solar, wind, and other renewable energy types, providing unparalleled, standardized, and customized capabilities across the world’s energy systems. EtaPRO is used in over 60 countries on assets producing 700 GW of power. The system served to GDE is distinguished technologically by its use of EtaPRO’s AI to analyze real-time power plant operation data obtained from various sensors and detect signs of anomalies that may cause problems during normal operation. In doing so, it reduces the number and duration of power plant shutdowns. A demonstration project conducted by NEDO showed that it was able to reduce the rate at which problems occurred by over 20%. Another significant feature is the ability to detect signs of anomalies under conditions specific to geothermal power plants such as the unstable condition of the steam flowing into the turbine. In Indonesia, the total installed power generating capacity was approximately 62 GW as of 2020, with coal-fired power generation accounting for about half of this total. Meanwhile, in accordance with the Paris Agreement, the Indonesian government has pledged to reduce greenhouse gas emissions by 29% by 2030. Electricity Business Plan (RUPTL) says geothermal power generation will account for about 3.4 GW (about 8%) of the 40.6 GW of power generation capacity to be added by 2030.*5 Toshiba Energy Systems & Solutions Corporation, (Toshiba ESS), has delivered equipment to several geothermal power plants in Indonesia. It will be proactive in proposing the IoT solutions that enable optimal operation that will help to solve issues faced by individual current and future customers. By deploying this service worldwide, Toshiba supports the global move to more renewable forms of energy by enabling optimal efficiency at plants of every type and energy mix. With EtaPRO, plant operators can reduce the customer’s cost of power generation by helping improve power plants’ utilization rates, thereby promoting the spread of geothermal power generation and helping to achieve carbon neutrality.

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Brazil: TotalEnergies Partners With Casa dos Ventos to Jointly Develop a 12 GW Renewable Energy Portfolio

TotalEnergies and Casa dos Ventos | October 27, 2022

TotalEnergies and Casa dos Ventos (CDV), Brazil's leading renewable energy developer, announced the creation of a 34%(TTE)/66%(CDV) joint venture to jointly develop, build and operate the renewable portfolio of Casa Dos Ventos. This portfolio includes 700 MW of onshore wind capacity in operation, 1 GW of onshore wind under construction, 2.8 GW of onshore wind and 1.6 GW of solar projects under well advanced development (COD within 5 years). Besides, the newly formed JV will have the right to acquire the current and new projects that are or will be developed by CDV as they reach execution stage. The JV will thus be able to jointly foster its growth by accessing an additional portfolio of at least 6 GW, that CDV will continue to expand. TotalEnergies will pay a cash consideration of $550 million (R$ 2,920 million) and up to $30 million (R$ 159 million) in earn-out to complete the acquisition. In addition, TotalEnergies will have the option to acquire an additional 15% equity share in the JV after 5 years. TotalEnergies will support the JV accelerating its growth thanks to its global presence in the Corporate PPA market, its purchasing power resulting from its worldwide size, its trading expertise well suited to the Brazilian merchant market and its strong balance sheet allowing the JV to improve its financing cost. CDV, which has developed 25% of the onshore wind assets in operation today in Brazil, will bring to the JV its deep knowledge of the Brazilian market and a very high-quality portfolio while shifting from a developer to a producer business model. "After Adani Green in India and Clearway in the United States, I am delighted with this new major partnership in Brazil, with Casa dos Ventos, the leader in onshore wind energy. With this transaction, TotalEnergies acquires not less than a leading position in the Brazilian renewable energy market, one of the most dynamic merchant markets in the world. This market fits our strategy of taking advantage of the growth of the deregulated power markets, which is crucial to the energy transition With a total of 12 GW in operation, construction and development, both wind and solar, this transaction is an additional step in TotalEnergies ambition to reach 100 GW of renewable production by 2030 and in its transformation into a sustainable and profitable multi-energy company.” -Patrick Pouyanné, Chairman and CEO of TotalEnergies. The partnership between Casa dos Ventos and TotalEnergies was structured to maximize the complementarities and synergies between the companies. In addition to its financial strength, TotalEnergies’ global footprint will contribute to the expansion of our client portfolio and enhance our knowledge in new fields of the energy transition. We are confident that this partnership positions us in a strategic role to lead the sustainable energy agenda in Brazil,” said Mario Araripe, founder and president of Casa dos Ventos. TotalEnergies and renewable electricity As part of its ambition to get to net zero by 2050, TotalEnergies is building a portfolio of activities in electricity and renewables. At the end of June 2022, TotalEnergies' gross renewable electricity generation installed capacity is close to 12 GW. TotalEnergies will continue to expand this business to reach 35 GW of gross production capacity from renewable sources and storage by 2025, and then 100 GW by 2030 with the objective of being among the world's top 5 producers of electricity from wind and solar energy. About Casa dos Ventos Casa dos Ventos is a Brazilian energy company that develops, builds and operates projects from renewable sources. Responsible for one of the largest wind measurement campaigns in the world, the company has developed one in every four wind projects in operation in Brazil. To continue its relevant role in the sector, Casa dos Ventos holds the largest portfolio of wind and solar projects under development in the country, with approximately 20 GW. The company is also a leading provider of energy solutions to support consumers in their energy transition Casa dos Ventos is a signatory to the UN Global Compact and works in line with the 17 Sustainable Development Goals (SDGs) and best ESG practices, preserving local biomes, developing social projects in the communities where it is present and contributing to a low carbon economy. About TotalEnergies TotalEnergies is a global multi-energy company that produces and markets energies: oil and biofuels, natural gas and green gases, renewables and electricity. Our more than 100,000 employees are committed to energy that is ever more affordable, cleaner, more reliable and accessible to as many people as possible. Active in more than 130 countries, TotalEnergies puts sustainable development in all its dimensions at the heart of its projects and operations to contribute to the well-being of people.

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Product launch: the Rondo Heat Battery (RHB), providing the world’s lowest-cost, zero-carbon industrial heat

Rondo Energy | November 17, 2022

Rondo Energy, a leading provider of zero-carbon industrial heat, announced commercial availability of two models of its revolutionary Rondo Heat Battery (RHB), the RHB100 and RHB300. The Rondo Heat Battery (RHB) captures intermittent electricity, stores the energy from that electricity as high-temperature heat in brick materials, and delivers the stored energy on demand as high-temperature heat and/or electricity. The RHB stores heat energy at temperatures up to 1500°C for hours or days — delivering zero-carbon heat for processes ranging from steel, cement, chemical manufacturing, and all the way to low-temperature food processing. The RHB meets the demanding needs of industry for safe, simple, low-cost energy and economically replaces fuel-fired furnaces and boilers—unlocking energy prices for America’s industries that are both affordable and more predictable. When connected to the grid, the RHB can make use of otherwise curtailed solar and wind energy, cut the cost of clean energy, and strengthen grid stability and security. Rondo is manufacturing its heat batteries in its facilities in California and has begun commercial deliveries. RHBs are easily integrated into facilities alongside existing process heating equipment, delivering large-scale emissions reductions without a facility overhaul. The heat battery models available today are designed for a wide range of industrial uses and directly replace the operation of fuel-fired boilers, furnaces and kilns. Both models are fully automatic, charge intermittently either from local wind or solar facilities or from the grid, and deliver heat on demand 24 hours a day. Rondo’s unique thermal core uses brick materials that have been producing steel for over a century in a new patented configuration. Charging in as little as four hours, Rondo’s patented “brick toaster” rapidly and uniformly heats these brick materials to deliver continuous, constant temperature heat, 24 hours a day. Applications and Industries From food processing to fuel production, from cogeneration to calcination, the RHB delivers energy in the form needed for more than 90% of the world’s industrial process heat. RHBs are easily configured to serve the unique capacity and temperature requirements of each facility. The RHB units announced today are direct drop-in replacements for large industrial boilers. Rondo’s simple, low-cost technology delivers unique value in these key areas: Fast charging. Rondo heat batteries charge in as little as four hours, capturing zero-carbon energy at the absolutely lowest costs, when the wind is blowing and sun is shining. High temperature. RHBs deliver heat at up to 1500°C. Long service life. With fully automatic operation using proven subsystems and materials, RHBs offer a 40+ year life without performance degradation. Safety. RHBs are intrinsically safe, made of completely inert materials, and fail-safe in all loss of power or process upset conditions. Made of only brick and iron, the hazards of other energy storage technologies are eliminated. Site efficiency. RHBs store more than 1 MWh per square meter, far denser than any other storage technology, and preserve critical plant area. Rondo Heat Batteries enable a simple, practical switch to zero-emission electricity as the source of continuous high-temperature heat for processes across a range of industries, including steel, cement, chemical, pharmaceutical, low-carbon fuels, food and beverage, and mining industries. Unlike electric furnaces or electric boilers, Rondo Heat Batteries are a load that follows the available renewable generation, being dispatched by the grid operator or the renewable energy fields to charge but delivering consistent firm heat to the industrial facilities. As a result, RHBs deliver electrification at the absolute lowest cost and create no additional peak loads on the electricity grid, while enabling the integration of more renewable electricity generation. Rondo Heat Batteries maintain continuous output power (95% annual capacity factor) while operating on input power as low as 15% capacity factor (4 hours a day). Beyond direct industrial heat supply, the RHB is a least-cost source of energy for other applications, including district heating and combined heat and power, providing 24/7 clean heat and power. Rondo SVP Jeremy Keller said, “Rondo’s mission is simple: lower cost heat and energy for large industrial processes. We’ve been excited by the work now underway with key customers. We’re finding that deep emission reductions are now both practical and affordable for many of the world’s most energy-intensive facilities. Our studies of customer facilities are showing 50% to 90% reductions in emissions and reductions in operating costs of 30% or more.” Rondo Heat Batteries deliver large, concentrated, permanent emissions reductions and provide an immediate, low-cost, practical way to repower the giant industrial heat market. A single RHB300 eliminates more than 40,000 tons CO2 per year-- more than is eliminated by 8,700 electric vehicles. Replacing just the industrial heat used today in California with RHB zero-carbon heat would eliminate five times more CO2 than all of the EVs on the road in the US today (13.6M EVs). “With early manufacturing now underway, Rondo is open for business. We’re thrilled to be announcing the launch of the RHB100 and RHB300 and look forward to serving our customers with first installations in 2023,” said Rondo CEO John O’Donnell. “The Rondo Heat Battery could prove critical to eliminating emissions, and its commercial availability will help companies turn to its zero carbon heat for their processes, The Rondo Heat Battery will help companies in industries such as cement, fuels, food and water desalination to begin leveraging the falling costs of renewables without modifying their facilities.” -Carmichael Roberts, Breakthrough Energy Ventures To download the RHB datasheet or to configure and purchase an RHB for your facility, get started on our website at Rondo Energy is backed by Bill Gates-founded Breakthrough Energy Ventures and utility-backed Energy Impact Partners. About Rondo Energy: Rondo Energy, the leading provider of zero-carbon industrial heat, makes industrial decarbonization possible — and profitable — today. The Rondo Heat Battery captures low-cost renewable electricity and delivers continuous high-temperature heat, enabling customers to power their operations with zero-carbon energy. Learn more at About Breakthrough Energy Ventures: Founded by Bill Gates and backed by many of the world’s top business leaders, BEV has raised more than $2 billion in committed capital to support cutting-edge companies that are leading the world to net-zero emissions. BEV is a purpose-built investment firm that is seeking to invest, launch and scale global companies that will eliminate GHG emissions throughout the economy as soon as possible. BEV seeks true breakthroughs and is committed to supporting these entrepreneurs and companies by bringing to bear a unique combination of technical, operational, market and policy expertise.BEV is a part of Breakthrough Energy, a network of investment vehicles, philanthropic programs, policy advocacy and other activities committed to scaling the technologies we need to reach net-zero emissions by 2050. Visit to learn more. About Energy Impact Partners: Energy Impact Partners, LP (EIP) is a global venture capital firm leading the transition to a sustainable future. EIP brings together entrepreneurs and the world's most forward-looking energy and industrial companies to advance innovation. With over $2 billion in assets under management, EIP invests globally across venture, growth, credit, and infrastructure – and has a team of nearly 60 professionals based in its offices in New York, San Francisco, Palm Beach, London, Cologne, and Oslo. For more information about Energy Impact Partners, please visit

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Enel announces intentions to build solar pv cell & panel manufacturing facility in u.s.

Enel North America | November 18, 2022

Enel North America, through its affiliate 3Sun USA, LLC, announced its intention to build an industrial-scale production facility in the US for the manufacturing of innovative, sustainable and American-made photovoltaic (PV) modules. The proposed facility is expected to have a minimum production capacity of 3 GW with the possibility to scale production to 6 GW annually and is anticipated to create up to 1,500 new direct jobs by 2025. The facility is expected to be among the first in the United States to produce solar cells, the fundamental building block of PV modules. "Recent policy tailwinds from the Inflation Reduction Act have served as a catalyst for our solar manufacturing ambitions in the US, ushering in a new era of made-in-America energy, With this announcement, it is our intention to bolster a robust domestic solar supply chain that accelerates and strengthens the US's transition to clean energy. In doing so, we are creating thousands of new jobs, supporting local economies and providing stability to the solar industry." -Enrico Viale, head of Enel North America. Currently, Enel is evaluating possible sites for the new factory and expects to begin construction in mid-2023. It's anticipated that the first panels will be available to the market by the end of 2024. Fewer than five large-scale solar module manufacturing facilities (over 1 GW) are currently operating in the US, while annual US solar PV installations are projected to grow from 16 GW in 2022 to 41 GW by the end of 2025, according to Wood Mackenzie. Enel will leverage its expertise and experience from its 3Sun Gigafactory in Catania, Italy, which is set to become Europe's largest factory producing high-performance bifacial photovoltaic modules. Enel intends to replicate the Gigafactory factory in the US to produce bifacial heterojunction (B-HJT) PV cells that capture more sunlight as the cells can respond to light on both front and rear surfaces. 3Sun is already a market leader in producing high-efficiency cells, breaking a record in 2020 by achieving 24.63% efficiency. Through an ambitious R&D program, the PV panels will be further developed to also incorporate a tandem structure, which utilizes two stacked cells that allows for more light to be captured compared to single-cell structures, yielding higher overall cell efficiency. The combination of bifacial PV panels and tandem cell structure offers significant efficiency improvements, which will enable PV modules to exceed 30% efficiency, securing higher average energy production. The technology's lower degradation ensures a longer useful life for modules, and the cells' high density is conducive to a variety of applications, including land-constrained utility-scale installations or rooftops. About Enel North America Enel North America, part of the Enel Group, is a clean energy leader in North America and is working to electrify the economy and build a net-zero carbon future by decarbonizing energy supply, electrifying transportation, creating resilient grids, and promoting a just, equitable transition. Enel North America serves over 4,500 businesses, utilities, and cities through renewable power generation, demand response, distributed energy resources, smart e-mobility solutions and services, energy trading, advisory and consulting services, and more. Its portfolio includes over 8 GW of utility-scale renewable capacity, 606.8 MW of utility-scale energy storage and 63 MW of distributed energy storage capacity, 4.7 GW of demand response capacity, and 110,000 electric vehicle charging stations. Visit and follow us on LinkedIn, Twitter, and YouTube to learn more.

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Historically, the wind energy sector has been one of the champions of applied technology Research & Innovation in Europe. This has made wind power competitive with traditional fossil power generation. Onshore wind is now the cheapest form of new installed power capacity. Wind power and solar PV are no longer a niche market, but still, need support and a stable market outlook to fully mature. At the same time, the entire power system is set to undergo dramatic changes.