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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.
A new partnership aims to demonstrate how bespoke circular-economy batteries can tackle the mounting problem of e-waste, specifically in relation to electric vehicles. Transport is the largest emitter of UK carbon emissions. For Eco Charger, Aceleron has developed a bespoke lithium-ion battery for the company’s electric ATVs.
The transportablemonitoring equipment. A new continuous metals monitoring technology was recently trialled at a river by a Talc production plant in central Finland. In contrast, the continuous and automated monitor makes a measurement every 5 minutes, 24/7.
Weardale Lithium Limited (Weardale Lithium) has submitted a planning application to the Durham County Council for the phased construction of a lithium extraction plant at Eastgate in Weardale, County Durham, UK. This will enable the pilot plant able to operate with continuous flow at significant flowrates.
EICMA, one of the world’s largest motorcycle and bicycle trade shows, is the premier event for industry leaders to unveil innovations and discuss emerging trends. As environmental consciousness reshapes consumer and industry demands, Ampace’s Kun-Era series represents a bold step forward.
Polish company Impact Clean Power Technology (Grenevia Group) has unveiled a rendering of its planned GigafactoryX, a large-scale battery factory for EVs and energy storage in Pruszków, near Warsaw. The production area of GigafactoryX will be 16,300 square meters. The production area of GigafactoryX will be 16,300 square meters.
US-based EV battery recycler Smartville has introduced a new battery energy storage system (BESS) using retired EV batteries. The system also offers safety monitoring and intelligence with fire detection and climate control. The system also offers safety monitoring and intelligence with fire detection and climate control.
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.
This cutting-edge vehicle is poised to offer businesses a more efficient and sustainable transportation solution with a remarkable range and fast refueling times. This synergy allows the van to achieve an impressive range of over 500 kilometers (WLTP1), significantly outpacing its battery-electric version by 80 kilometers.
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.
Battery management systems (BMS)—the electronic brains that monitors and maintains lithium ion battery packs—are essential for the safe and efficient operation of the batteries powering a variety of applications, including electric vehicles. Temperature monitoring.
Proterra, builder of electric buses, heavy-duty vehicle drivetrains, batteries and charging systems, plans to go public on the NASDAQ exchange via merger with a special purpose acquisition company (SPAC), the latest in a string of EV companies seeking access to public market financing to meet growing demand. Proterra is one of the oldest U.S.
Earths Energy has commenced trading on the Australian Securities Exchange (ASX) after a successful $6 million capital raise to advance the development of geothermal projects in South Australia and Queensland. Geothermal assets in South Australia and Queensland Earths Energy holds substantial exploration blocks spanning 12,035 sq.
Duke Energy’s options for reaching net-zero carbon by midcentury will look a lot different than those being pursued by utilities in the sun-soaked Western U.S., Duke's new IRP presents six very different pathways toward greening its energy mix over the next 15 years, all of them reaching at least 50 percent carbon reduction by 2030.
Nearly 30 startups joined our community in the final quarter of 2020, working on innovations as diverse as zinc-ion batteries, long-range weather forecasts, wave energy conversion, and replacements for petrochemical plastics. TRANSPORTATION. ELECTRICITY. This energy storage solution is low-cost, flexible, and long-duration.
2024 is here, and it’s full of promise for the climatetech industry. Circularity for critical metals and minerals Recommended to Axios’ Climate Deals by Clean Energy Ventures Carbon To Stone is developing a carbon mineralization technology coupled with high-value minerals and metals recovery.
Today, we are proud to support more than 115 climatetech startups that are reimagining how we use and store energy, how we manufacture goods, our transportation infrastructure, and so much more—all in the name of climate action and creating a just, sustainable future for all. . Electricity. Agtech + Water.
billion lithium primary batteries are distributed in the smart metering and intelligent transportation system market globally. Products are widely applied in smart meters, automotive electronics, smart security, and other IoT fields. Image credit: EVE Energy. Read more about EVE Energy here.
I am however interested in where it can genuinely fit into the energy toolbox. In terms of energy delivery today, each of these roughly speaking, split about 1/3 each though it is worth stressing that power is a different product to heat. To compare them in energy terms is a bit like comparing apples with pears.
Batteries aren’t dead when they come to the end of their useful life in an electric vehicle. Reused or “second-life” lithium-ion batteries still have a lot of juice left in them, but so far the concept of using these batteries in stationary applications has yet to gain real market traction.
With a fresh round of funding, Wildcat Discovery Technologies is busy expanding its facilities, building up its battery team and doubling down on promising solid-state research projects. We asked the energy storage experts to help clear up the hype around solid-state batteries. The state of solid-state. Putting in the hard work.
As more home and business owners deploy PV systems to reduce their electricity bills and ensure backup power, simple net metering will increasingly be replaced by time-of-use rates and other billing mechanisms that aim to align power prices with utility costs. Standards will evolve. Reputation will matter.
PNE), an emerging growth company engaged in the regeneration of lithium-ion battery (LIB) material, announced its closure of a seed funding round at $7 million for LIB recycling. It can, according to PNE, significantly reduce CO2 emission, energy consumption and water usage while avoiding landfill waste production.
The race is on for the first hydrogen-powered inland vessel in Rotterdam! Harm Lenten is captain of the MS Antonie, a diesel-powered cargo ship between Delfzijl and the Rotterdam Botlek. Within two years’ time he hopes to transport his goods with a brand new ship: the first inland vessel in the world to run on hydrogen.
The race is on for the first hydrogen-powered inland vessel in Rotterdam! Harm Lenten is captain of the MS Antonie, a diesel-powered cargo ship between Delfzijl and the Rotterdam Botlek. Within two years’ time he hopes to transport his goods with a brand new ship: the first inland vessel in the world to run on hydrogen.
The properties of a particular cell act as constraining factors for every aspect of a vehicle’s design—and not only for vehicle performance parameters such as range and power, but for the development of manufacturing processes as well. Charged : Can you elaborate on why battery cell development is so important for electric vehicles?
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.
He formerly served as President Obama’s appointee to a US Federal Commission established to assess emerging energy-focused digital technologies. EVs make it possible to build smarter grids, including for the non-utilities that are pushing innovation. electric vehicles), stationary energy storage and microgrids.
Funding Active Surfaces , a Go Build 2023 participant and ACCEL Year 1 alum that’s commercializing ultra-thin-film solar technology, raised a $5.6M CalWave Power Technologies , which is working to harness carbon-free power from ocean waves, was chosen by the U.S. Department of Energy. agreement with Tugliq Énergie Co.
Battery developer Aceleron has teamed up with electric quadbike manufacturer Eco Charger to launch a new system designed to help drive down the number of batteries going to waste, a problem that is expected to grow as rising numbers of electric vehicles (EVs) on the road begin to age. Waste is the elephant in the room.
Solar generators and battery-powered fridges are highly desirable additions to vans, boats, cabins, and sheds, or anywhere power and refrigeration is needed off the grid. Bluetti just started shipping its SwapSolar kit that pairs an AC180T solar generator with its MultiCooler, a 3-in-1 solar-powered fridge, freezer, and ice maker.
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.".
Growth in the adoption of electric vehicles brings new opportunities and challenges. Li-ion batteries experience Capacity Fade and Power Fade and their performance will eventually degrade to a point when they can no longer meet the travel distance requirement. Sponsored by AMETEK. This is dynamic, especially in today’s climate.
Growth in adoption of electric vehicles brings new opportunities and challenges. Li-ion batteries experience Capacity Fade and Power Fade and their performance will eventually degrade to a point when they can no longer meet the travel distance requirement. These logistics are costly – the transportation, the storage, and the grading.
Funding American Battery Technology Company —a startup with technologies for lithium-ion battery recycling, battery-metal extraction, and primary mineral resource development—was awarded $60M in tax credits to accelerate the construction of its next-generation battery recycling facility. tax credit allocation from the U.S.
A key point they made in the email was that lead-acid batteries are 99% recyclable, while lithium-ion batteries are recycled at a rate below 5%. However, when I look at the trajectory, I see lithium-ion batteries steadily declining in price, while the price of lead-acid batteries is relatively stagnant. They agreed. Several things.
The new industry could mean big benefits for businesses that pay attention to these trends and work to take advantage of the new category. This includes tech and offerings like electric vehicles, lithium-ion batteries, sustainable travel programs, as well as clean energy solutions — like wind, solar and geothermal.
It’s packed with energy; per unit of weight, at least 60 times as much as the lithium-ion batteries used to propel electric cars. Batteries have a long way to go before they’ll be able to pack enough energy for flight, even for short hops that carry relatively few passengers. It’s also terrible for the climate.
Eighteen startups joined our community in the first months of 2023, working on innovations as diverse as an ammonia-based energy system, sneakers made from food waste, and nano-filters that reduce energy consumption in chemical separations. This system has 5x higher system-level energy densities compared to lithium batteries.
Carbon accounting for the trucking industry. The two discussed ways that the governor’s office can drive climatetech deployment—to decarbonize the state economy, create jobs and economic growth, and build climate resilience—and even how a basketball game can serve as a metaphor for collaborative climate action.
The European Geothermal Energy Council (EGEC) has announced the five exceptional nominees for the Ruggero Bertani European Geothermal Innovation Award 2025. By using a second reactor with a Ti-/Mn-based adsorbents, the process of water can be recycled, and the energy and transportation effort is significantly reduced.
That's because the electronic and electrical products we all own, from laptops and phones, through to refrigerators and kettles, often contain very small quantities of valuable metals, such as gold and silver, most commonly within their printed circuit boards. You probably own more gold, silver and platinum than you think.
Where else can you find entrepreneurs at neighboring benches working on innovations as diverse as filtration, energy storage, building materials, alternative proteins, and battery metal recycling? Electricity. We like to say that Greentown’s wet lab is a special place. Manufacturing.
Funding M2X Energy , which develops a modular, transportable gas-to-liquids system to economically produce low-carbon methanol, raised a $40M Series B to accelerate the manufacturing and deployment of its system. APRA-E SCALEUP award to scale the manufacturing of its aerogel materials for energy-efficient windows.
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