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A new love story: Electricvehicles and the electric grid. In the accelerating push to electrify transportation, one big obstacle always comes up: The grid. How will the electrical grid handle so many vehicles charging at once? Especially when fast-charging stations gulp down prodigious amounts of power?
A German startup aims to sell a self-charging electric car covered in solar panels from 2022 after raising nearly $60 million in a recent 50-day crowdfunding campaign. The Sion will be powered by a 35-kilowatt-hour battery containing 192 prismatic lithium-ion cells with a nickel, manganese and cobalt ratio of 622.
Businesses are reaping the environmental and social benefits of providing electricvehicle charging for employees. Last fall, a research team from PGS conducted a study on workplace electricvehicle charging practices. Optimize energy management. Source from renewable power.
In recent years, electricvehicle (EV) adoption has accelerated in the world of personal cars. Now, as ambitious climate goals gain momentum and renewable energy prices drop, attention is turning towards scaling such systems for commercial transport. Financing zero: The road to emission-free fleets. Tali Zuckerman.
Hydro One and NV Energy success stories highlight innovative use of AI to improve EV adoption and integration WASHINGTON, D.C. February 11, 2024 Smart ElectricPower Alliance (SEPA), in partnership with Bidgely , has released a new Insight Brief: AI for Transportation Electrification. kW/vehicle per event 2.5
Compiled by global climate tech company, IES, using its digital twin technology, the Local Area Energy Plan (LAEP) identified changes to the borough’s buildings and energy generation needed to hit the net zero target. The rollout of solar alone, in suitable and moderately suitable locations, is estimated to cost just under £500m.
Lightyear and Royal DSM have signed an agreement to jointly scale the commercialization of Lightyear’s solar-powered roof for the EV market. The partnership aims to integrate solar-powered roofs in a variety of EVs, including cars, vans, and buses, enabling users to charge their vehicles directly with clean energy.
California has more distributed energy resources than any other state, pressuring it to find ways to integrate them into the grid. That’s the big change enabled by a Rule 21 revision entitled “conditions that allow distributed energy resources to perform while avoiding upgrades.”
Converting a fleet from fossil-fueled to electric is a lot more complicated than simply buying new vehicles. The electric cars, trucks and buses need carefully scheduled charging to ensure they have sufficient fuel for their duties. Then it's up to Amply to actually deliver power in the most cost-efficient manner.
California already has some of the highest electricity rates in the country. Those costs could rise even faster over the next decade, as utilities harden their grids against wildfires, grow their share of net-metered rooftop solar, and add other costs being passed through to utility customers.
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.
Mika Takahashi, Technology Analyst at market intelligence firm IDTechEx reviews highlights from a new report on an emerging sector Electricvehicles are no longer a niche oddity but fully mainstream, with many automotive manufacturers announcing targets to phase out ICE construction in favor of BEVs (battery electricvehicles).
The impact of electrictransportation on pollution and reduced carbon emissions and fossil-fuel consumption is complicated. On the one hand, well-designed electricvehicles (EVs) use much less energy per mile than conventionally-fueled vehicles. Midwest, wind energy is growing quickly.
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).
While an audible sucking-in-of-breath might have seemed in evidence with energy experts appraisal of the technical challenges of speeding-up the transition to electricvehicles, other observers waxed lugubriously about a lack of ambition in the plan. Electric avenue.
American ElectricPower – operator of the nation’s largest electricity transmission system – announced on Monday the launch of a Sustainable Finance Framework (SFF) to support the funding of social and environmental projects. San Diego-based energy infrastructure giant Sempra announced a similar SFF last week.
In a recent open letter, 120 scientists and academics have called on the organizers of the Paris 2024 Olympics to reconsider the use of Toyota’s Mirai hydrogen-poweredvehicles as the official fleet. However, the EV overall environmental impact is closely tied to the source of the electricity used for charging.
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.
Six months after inking California’s largest single energy storage procurement, utility Southern California Edison has added another three massive utility-scale battery projects to its portfolio—plus a behind-the-meter battery project with Sunrun. gigawatt-hours of energy storage capacity, for August 2021 delivery.
Grid operators around the world are unusually busy these days, but few have quite as much on their minds as NYISO, the independent system operator that manages New York state's bulk power system and wholesale energy market. percent in 2018, and hitting 100 percent zero-carbon emissions by 2040. Source: NYISO. Source: NYISO.
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.
Aggreko, a provider of mobile and modular energy solutions, has delivered a smart battery storage system to Argonne National Laboratory. Argonne will incorporate the new system into a fast charging facility at its Smart Energy Plaza near Chicago.
A tie-up between Vodafone and Energy Web is evidence that an emerging flexibility services opportunity is luring new players to the energy sector, insiders believe. The endgame is to give an even wider range of devices access to future flexibility services markets, said Energy Web chief executive officer Walter Kok. In the U.K.,
Transit operator Keolis Métropole Orléans, which serves the city of Orleans, France, has ordered 29 Irizar ie tram electric buses. The order is part of the city’s plan to convert its entire public transport system to electric drive by 2025. Each bus is 12 meters long and has a range of 220 km.
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 electricvehicles, is discussed by Itron’s Wassim Akhdar and Nick Phillips.
The solar-plus-storage market is evolving rapidly and will look completely different a decade down the road. Batteries will be incentivized or mandated for practically every new solar PV system across the U.S. Energy storage systems treated like heat pumps and air conditioners. What can we expect on the way to 2030?
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
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 electricvehicles, with a nationwide network of at least 300,000 public charge points across the country by 2030.
Design and installation of the first off-grid solar PV system, installation of the first 10-metre-high wind monitoring masts and the world’s first solarpowered vaccine refrigeration system for use in developing nations. A scaling up of local energy plans to create a national energy plan by 2024. *A
DISTRIBUTECH International, the leading annual transmission and distribution event, is pleased to announce its Host Utility Oncor, as well as partnerships with the California Energy Storage Alliance (CESA), Forth, Smart Energy Consumer Collaborative (SECC) and Vehicle-Grid Integration Council (VGIC), for its 2022 event taking place Jan.
Watch Bidgely CEO Abhay Gupta’s presentation from the JD Power Utility Conference to learn more about how Bidgely is able to help utilities partner with customers on our collective clean energy journey. It is clear that we are at an inflection point as the adoption of new sources of energy and electricvehicles is rising dramatically.
Do we increase generation by at least 42% or find 42% energy efficiency and demand response in our current total usage in the US to accommodate electrictransportation? If we go the generate more - we need to add the total amount of wind and solar that we have built in 20+ years every 8 months through 2030.
However, according to a new study from Cornell University, combining them could offer a stable foundation for deploying renewable power options like wind and solar, boosting energy sustainability. for wind energy and 25.5% for solarenergy installations. MWh of solarenergy.
Electricvehicles are going to be a major load on the grid, which makes them either a threat or an opportunity to utilities, depending on how their charging is managed. EV chargers can pull as much grid power as an entire home when charging at full, he noted.
The acquisition adds new capabilities to Tantalus’s smart grid solution portfolio to support the growing penetration of electricvehicles and other distributed energy resources. software is being delivered to investor-owned utilities, smart meter vendors and renewable power integrators. Currently, the C.IQ
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.
When you’ve followed the evolving research of a leading clean energy expert and become a supporter of his vision for a global clean energy transition, it should come as no surprise that I was eager to crack open Mark Jacobson’s 2021 book release, 100% Clean, Renewable Energy and Storage for Everything.
Twenty-five startups joined our community in the final months of 2021, working on innovations as diverse as solar-plus-storage for blackouts, plastic and tire recycling, geothermal power generation, and construction-less dam electrification. Electricity. Fervo Energy is a next-generation geothermal power developer.
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.
The electricvehicle battery recycling and manufacturing venture founded by the former chief technologist of Tesla announced today that it will help decommission and recycle a 4MWh stationary storage substation in Kauai, Hawaii, as part of a massive solar array. That one is still powering away and will be for many more years!”
The Energy Observer made a stop in Florida. The hydrogen ship, a 100-foot zero-emission catamaran powered by renewable energy, including hydrogen that is produced on board, recently docked in Fort Lauderdale, Florida. The energy-self-sufficient catamaran is nearing the end of its journey. Sailing through various climates.
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. AI for the birds. Currently, most of the LFP cell production has been in China.
Healthcare vehicletransports patients and vaccines in area devastated by more than a decade of conflict. An electricvehicle has become a symbol of hope for healthcare workers in northern Syria. Now a landmark project aims to break this diesel dependency by utilising solar-poweredelectricvehicles.
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.
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