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The European Commission announced on 18 May that it plans to make the installation of solar panels mandatory for all new public, commercial and residential buildings in the EU. It focused on three distinct pillars: energy savings, diversification of energy supplies, and accelerated roll-out of renewable energy.
Buried deep underground at depths of 1,093 to potentially 3,000 meters, the deposit is part of the Carboniferous aquifer and demonstrates substantial concentrations of naturally occurring hydrogen. This discovery is not just about France; it represents a possible game-changer for the clean energy landscape.
And what energy product will be used both to power this city and sell to the world? The Saudis are going big on something called green hydrogen — a carbon-free fuel made from water by using renewably produced electricity to split hydrogen molecules from oxygen molecules. This summer, a large U.S. This summer, a large U.S.
From Sunlight to Hydrogen PowerA Sneak Peek at Panasonic’s 100% Renewable Energy Factory Panasonic Corporation has completed the installation of a groundbreaking demonstration power generation system at Panasonic Manufacturing UK Ltd. This energy is seamlessly integrated with the hydrogen fuel cells and storage batteries.
Businesses are reaping the environmental and social benefits of providing electric vehicle charging for employees. Last fall, a research team from PGS conducted a study on workplace electric vehicle charging practices. The findings reveal that while still most common in Europe and in U.S. Optimize energy management.
GASCADE’s Hydrogen Pipeline Initiative: Pioneering Europe’s Energy Transition The push towards a sustainable energy future continues to gain momentum, with hydrogen emerging as a key player in decarbonization. The retrofit process ensures cost efficiency and time savings compared to building new infrastructure.
European Commission Grants Certification Schemes for Renewable Hydrogen and RFNBOs The European Commission has taken a major step towards decarbonizing the energy and industrial sectors with its formal approval of certification schemes for Renewable Fuels of Non-Biological Origin (RFNBOs), including renewable green hydrogen.
These findings, located in the Lorraine region, have the potential to disrupt global energy markets by providing an abundant, naturally occurring, zero-carbon fuel source. Together, these revelations position France as a leader in the exploration and potential utilization of white hydrogen for clean energy solutions.
This partnership not only represents the largest contracted green hydrogen supply from a German electrolysis facility but also sets the stage for meaningful progress in decarbonizing energy-intensive sectors. This plant will use renewable electricity, such as wind and solarpower, to split water into hydrogen and oxygen through electrolysis.
This story is the sixth part of a DeSmog series on carbon capture and was developed with the support of Journalismfund Europe. Carbon capture has never been deployed on gas-fired power stations at such a scale before — and a senior Equinor executive has made frank admissions around the technical challenges such projects face.
James O’Toole explains how the UK’s Smart Energy Research Lab is enabling researcher access to smart meter data. With over 21 million smart gas and electricmeters now in Great Britain’s homes, there is a growing wealth of half-hourly and daily domestic energy use data available to those who can access it.
A combination of geothermal energy and solarpower have provided sustainable cooling and air-conditioning to the Moncloa Transport Hub in Madrid, Spain. The Moncloa Transport Hub is a convergence point for many major bus lines and metro lines in Madrid. This makes the whole system 100% renewable.
AI spurred clean firm power, Europe strengthened carbon markets, and emerging economies’ climate tech demand opened up. 🚗 Vertical: Energy came top in 2024 investment, up 12% to $9.4bn. Transportation underperformed, down 36%. Scala and Crusoe both support clean energy for data centers.
Panasonic’s Cardiff RE100 Facility: Technological Advancements at the Cardiff Facility Panasonic’s newly launched RE100 facility in Cardiff, Wales, represents a bold leap in renewable energy innovation. These systems are managed by Panasonic’s advanced Energy Management System (EMS).
Friendly Technologies IoT platform for smart meter management, a Maryland microgrid for powering an electric bus fleet, solar harvesting to power IoT sensors and new Perovskite solar cell advances are on the week’s technology radar. The ‘Friendly’ platform for smart meters and IoT devices.
From technology making the railways greener than ever before by removing harmful emissions from train exhausts to research into powering our railways with renewable energy, this year’s successful bidders will revolutionise the future of train travel for generations to come.”. G-VOLUTION LTD. 3SQUARED LTD.
Incentivizing Green Hydrogen: The CBAM could incentivize the production of green hydrogen , which is produced using renewable energy sources and emits no carbon dioxide. This could lead to breakthroughs in areas such as electrolysis efficiency, carbon capture, and storage, or the use of alternative energy sources for hydrogen production.
Green hydrogen holds many promises: it can serve as a ‘battery’ for energy storage, it can be used in the chemical industry, and its only emission will be water vapour. To make this happen, you need to add some energy. When the hydrogen molecule is allowed to bond again, this energy will be released, though with some energy loss.
The local utility company of the city of Hattingen in North Rhine-Westphalia, Germany, have completed analysis of potential renewable sources for heat and power, and have cited that geothermal could potentially supply the city’s entire heat demand. Existing solar systems currently generate around 13.6
Government-backed project aims to demonstrate how power, transport and heating technologies can be combined to shrink CO2 emissions and electricity bills. The partners are also working with and Newcastle University and West Sussex County Council, with an aim to complete the project in the next three years.
This story is the tenth part of a DeSmog series on carbon capture and was developed with the support of Journalismfund Europe. Norway, not an EU member, is home to almost all of Europes operational carbon capture capacity, which is comprised of Sleipner and a similar project also operated by Equinor at its Snhvit gas field in the Barents Sea.
One component of the green steel business case is access to Sweden’s ample renewable energy resources. “This case, which is replicable, is key to deliver on Europe’s climate-neutrality pledges,” he added. In all cases, the sources of biomass will be monitored and restricted. Costs and carbon.
The Celtic nation was one of the first in Europe to take green technologies seriously with the Centre for Alternative Technology opening and spearheading research back in the early 1970s. This culture of innovation continues today with companies like Riversimple springing up and making history with their hydrogen-powered fuel cell vehicles.
As clean energies grow in countries’ energy mixes, ongoing innovation is key for reducing costs and improving the performance. Research, development and demonstration of clean energies is common across countries and regions. Have you read?
Britain’s National Infrastructure Commission has called for further investment and upgrading of the electricity and water infrastructures among others. There should be increased adoption of electric vehicles, with a nationwide network of at least 300,000 public charge points across the country by 2030. But we need to get on with it.”
Enel’s electric mobility company and UrbanV are partnering up to develop the knowledge and infrastructure necessary for eVTOL sustainable charging solutions. Through the agreement, the two aim to develop a fully green and fast means of public transport available for use on a large scale.
Intelligence in smart meters and other IoT edge compute network devices, whereby applications utilize analytics to provide near real-time situational awareness and localized control, is set to play a key role in the operation and ever-increasing adoption of renewables and electric vehicles, is discussed by Itron’s Wassim Akhdar and Nick Phillips.
Japan’s electricity sector is facing the triple challenges in the energy transition of energy security, cost and decarbonisation , writes James Tedd from GridBeyond. While there has been growth in the solar sector, most generation is provided by gas and coal. Image: GridBeyond. Demand side measures. Have you read?
Natel Energy announced a $20 million funding round, led by Breakthrough Energy Ventures (BEV) and supported by Chevron Technology Ventures, to build momentum in deploying its flagship product, the Restoration Hydro Turbine (RHT). “As and Europe. One example, the Monroe Hydro Project in Madras, Ore.,
In December he set a 2030 wind and solar capacity goal of 1,200 gigawatts, up from around 450 GW today. As of 2020, it was responsible for the transmission of that 450 GW of installed wind and solarpower. That solar surge saw the country’s cumulative installed PV capacity go from 6.5 Now it’s happening again.
Factors attributed as principal causes include: the burning of biomass fuel for cooking, heating, and lighting; the crude oil exploitation and coal mining industries; and old vehicles being shipped in from Europe. Investment in clean energy such as solar, hydropower and wind to meet Africa’s energy demand which is expected to double by 2040.
The evolution of high-efficiency solar photovoltaic (PV) string inverters is driving a shift toward higher AC voltages in utility-scale solar applications. Using string inverters in solar plants rated at 20 megawatts and below can be extremely beneficial. Figure 1: a typical utility-scale string inverter application.
According to new research from Cornwall Insight, household flexibility, which can be enabled by smart meters, has the potential to substantially support reductions in peak energy consumption, equivalent to the capacity of four new gas-fired power stations. billion/year ($17.9 billion/year ($17.9
AI to monitor bird interactions with solar PV, lithium iron phosphate battery production coming in Europe, a lithium mine for EV batteries and the energy infrastructure requirements in the Moon to Mars exploration are on the week’s technology radar. First lithium iron phosphate battery cell prototype in Europe.
Combined with a noticeable decline in political and economic support for the energy transition, the sector witnessed a standstill in the installation of new turbines, leading to financial losses, project cancellations, and auction failures. This achievement is nothing short of extraordinary, as wind energy generated nearly 2.5
The world is rapidly transitioning to a new energy model. A model where the grid is powered by intermittent renewables. But while energy resources may be intermittent, energy supply must be constant. And smart metering data plays a key role. Smart metering data and a distributed energy model.
The current energy crisis has prompted many questions about the validity of renewables as the correct solution. The problem, she argues, is the system within which we are integrating these clean energy sources. Energy is owning a lot of headlines these days. Some of these headlines seem to be rather uncomfortable bed fellows.
Local community solar projects enhanced by one-stop shop digital systems are set to play a crucial role in the global energy transition. The History of Civilization is in many ways the History of Energy. The control of energy has been a key – some say the key – factor in geopolitics and capitalism.
There were nearly 5 million light-duty electric vehicles on the road at the end of 2018 — roughly 50 percent more than the year before. The electric vehicle (EV) revolution depends on getting the right infrastructure, in the right locations. and Europe have access to home charging. Source: Wood Mackenzie.
British network operator Scottish and Southern Electricity Networks (SSEN) is opening up distribution and other energy data to support the drive to net zero. Have you read? With the support of the Microsoft Azure platform, SSEN intends to automate data uploads directly from the source, ensuring the latest data is always available.
This transition from fossil fuels, which in Europe has accelerated with Russia’s invasion of Ukraine, is driving the electrification of transportation, home heating and cooking, agricultural production and many industrial processes from concrete to steel worldwide. IP/MPLS: Meeting the needs of the modern grid.
Latest batch of carbon analysis from electronics giant reveals how clean technologies can help slash emissions from transportation and distribution. This unique design is essential in controlling battery voltages in hybrid and pure electric vehicles, and essential to the EV and hybrid electric vehicle development.".
The UK-India collaborative initiative Innovating for Transport and Energy Systems (ITES) has announced its first intake of 20 cohorts to drive transport decarbonisation through diverse cleantech innovations. The company has developed proprietary algorithms that optimise energy consumption, improving efficiency and productivity.
The US Clean Investment Monitor published its annual report for 2023, which saw clean investment total $239bn, up 38% from 2022. Energy & industry. Happy Monday! Lots of spice for clean investment this week. The picture was less rosy for new wind and heat pumps, both of which have suffered from high interest rates. .
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