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Metis Engineering’s Battery Safety Sensor is designed to monitor the health of a lithium-ion battery pack and detect cell venting, an early sign of catastrophic battery failure. The sensor can also trigger a process to cut the circuit to the battery pack, allowing it to cool down and hopefully prevent thermal runaway.
Drilling work has started for a geothermal heating and cooling system that will be integrated into the Biotope building, the future headquarters of industrial company Arverne Group in Pau, France. The system will harness geothermal energy from a shallow borefield which will provide heating and cooling for 2700 square meters of office space.
Jason Dreisbach fields at least half a dozen calls every week from people trying to sell him a technology to lower his energy costs. Cold storage — from frozen food warehouses to grocery and restaurant refrigeration — has one of the highest energy costs of any industry; energy expenditures are usually second only to payroll.
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.
It offers specific energy density of up to 200 Wh/kg. The pack features high-nickel cathode cylindrical lithium-ion cells, cooled by mineral oil. The Intelligent Active Safety Module monitors and controls the temperature, voltage and current of each cell. Source: XING via Batteries News
Fire-protection cameras allow potentially hazardous areas to be monitored. Any damaged batteries should be isolated, and lithium-ion batteries used to power vehicles or machinery should be removed from equipment and stored separately. Waste should be regularly monitored to prevent a reaction between different types of material.
Battery Management Systems (BMS) Electric vehicle (EV) battery packs – which can contain from a few dozen to more than 1,000 cells – must be controlled for optimum performance in terms of releasing and accepting power. Current flow into and from the pack must be monitored. But what are the real cell voltages?
The researchers describe their work in “ Fast charging of energy-dense lithium-ion batteries ,” published in Nature. Historically, they have relied on external, bulky heating and cooling systems to regulate battery temperature, but these respond slowly and waste a lot of energy. Source: Penn State.
Dandelion Energy raised a $70M Series B-1 round to install geothermal heating and cooling solutions. investment in its vegetation intelligence platform that helps utilities reduce the risk of power outages and wildfires. Department of Energy to extract nickel and magnesium from mining waste. Overstory announced a $5.2M
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.
In the past year, electric mobility and the demand for lithium-ion batteries has surged beyond expectations and this trend is set to continue. This is leading to a boom in lithium-ion cell production facilities all over the world. The purge air reduces energy needs and improves desiccant performance. Sponsored by Munters.
Ice Energy filed for Chapter 7 bankruptcy in December, in a setback for small-scale thermal energy storage. Ice Energy wanted to extend it to small businesses and homes. Ice Energy filed for bankruptcy with the Central District of California on December 17; the filing scheduled a meeting of creditors for January 27.
The energy storage industry didn't wait for the outcome of Arizona Public Service's year-long investigation into the battery fire that injured four firefighters in April 2019 to start improving the safety of grid batteries. Numerous startups hawk alternative storage technologies on the basis of being safer than lithium-ion.
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.
Photoncycle claims it can store solar power from summer to winter cheaper than batteries. Photoncycle, a startup from Norway, is tackling interseason storage of solar energy, which could save the abundance of solar energy generated in sunny months to be used for heat and electricity in the winter.
Engineering consulting firm Burns & McDonnell completed construction of three 10 MW/20 MWh lithium-ion battery energy storage systems in West Texas. The storage projects are designed as stand-alone energy resources to help reduce rolling blackouts and support Texas’ power grid as supply and demand fluctuates.
Energy harvesting brings carbon benefits, Fike Blue to quench battery thermal runaways and a quantum-space collaboration are on the week’s technology radar. “Products like ours, which allow us to eliminate unnecessary energy consumption, represent quick and affordable wins compared to extensive infrastructure investments.”
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.
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.
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?
Californian utility San Diego Gas & Electric (SDG&E) has unveiled four new microgrids with advanced remote operation capabilities and safety technologies to help enhance grid reliability.
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. Some of these reactions, like the methane destruction, help cool the Earth. During the day, those clouds can reflect sunlight, keeping the Earth cool. It’s also terrible for the climate.
It’s fairly well known by now that EVs cost far less per mile to drive than their closest ICE counterparts, and the main reason is simply that the EV drivetrain is far more efficient at converting its stored form of energy into motion. EVSE: The electric vehicle supply equipment, also known as a Level 1 or Level 2 charging station or charger.
Between video calls, collaboration applications and streaming services, data centers are working overdrive - proving why energy efficiency matters more than ever. One obvious exception: the world's data centers and internet infrastructure, which are experiencing an unprecedented spike in usage. How much more efficient?
Machine learning based battery charging protocols, propane as an energy efficient and environmentally friendly coolant for space cooling, the remotely controlled Robobug and a new light on nano-level electrical circuitry, satellite observations for energy development in Africa and a zero emission luxury catamaran are on the technology radar.
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.
Chinese battery manufacturer Gotion High-Tech has introduced its lithium manganese iron phosphate (LMFP) based Astroinno L600 battery cell and pack, which it plans to start mass producing in 2024. It is due to the high energy density that we can enable a range of 1,000 km without relying on NCM materials,” said Dr.
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.
The PHEV adds more power, more torque and better performance – with little mention of a plug. Instead, Lincoln presents the battery, electric motor and power electronics solely as a way to add more power, more torque and better performance. Big SUV, big power. The plug-in Aviator is powered by a 13.6
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.
Heating and cooling buildings accounts for about a third of the final energy consumption globally and 30% of energy-related CO 2 emissions. With global temperatures rising, the need for cooling is expected to increase dramatically in the next few years. Heating and cooling buildings is 80% of that energy used.
Make informed design decisions early on by quantifying millions of architectures virtually Architecture analysis, whether it is a powertrain architecture or a cooling system architecture, ensures that the system architectures are aligned with desired requirements and that all the possibilities are thoroughly explored. Sponsored by Siemens.
Aging batteries, often installed in front-of-the-meter, may not be the first resources that come to mind for keeping the lights on, but this doesn’t mean that older assets should be written off or scrapped. MWh Lithium-Ion battery that needs special care to remain a vital asset in the new energy economy. and the world.
To shed light on the mining industry, OIE uses satellite imagery to monitor Guatemalan mines over time. It is very cool to be able to read the government documentation for any given project and see a date, and think ‘Hey! These minerals are rising in demand as they are used to manufacture clean energy technologies.
August Cleantech Roundup: Energy Storage is Growing, Cleantech Startup are Fundraising, and Scooters are Driving Themselves Clean Energy Trust’s cleantech roundup highlights interesting cleantech news and perspective, across industry, technology policy, and investing. Of Note Batteries. Lots of Batteries. Link Rent a Tesla?
In 2014, the electrical engineer and MBA became the first woman to lead a U.S. As electric vehicles drive toward the mainstream, General Motors has come full circle as well. It mass-produced the first electric car in the 1990s, then literally crushed most of them in 2003. and globally by 2040. LinkedIn | Personal website.
These new investments demonstrate the power of philanthropy to enable projects in rural towns, Tribal lands, urban areas, and wild ecosystems and unlock significant private investment. By pioneering the use of aluminum to split water, Found leverages a stable and abundant material that delivers double the energy density of diesel.
Related: NAWA reveals hybrid electric motorcycle at CES 2020 An Italian motorcycle family business Milan -based GPR Exhaust System was founded in 1968, so they been around for more than 50 years. They have an extremely onerous energy consumption and negative environmental impact,” Orlandi said. A single event is not enough.”
The largest crane vessel is Sleipnir, which has an installed power generation capacity of 98MW. All Heerema’s vessels are diesel-electric , meaning power is provided by a diesel engine, which spins an electric generator, which in term provides electricity for the entire vessel.
The EU-funded GEOTHERM FORA project has published a new report that looks at the research and innovation trends from the last five years (2019-2024) for geothermal systems for heating, cooling, generation of electricity, storage technologies, extraction of critical minerals from geothermal brine.
Since the IRA passed, 265 clean energy and manufacturing projects worth $100B+ have been announced. 💨 Private equity and O&G bet big on climate tech’s next frontiers: DAC and lithium. Blackrock injected $550M into Oxy’s DAC plant and ExxonMobil unveiled its first-ever lithium mining operation.
In the news this week, $7T for fossil fuel subsidies, the summer brings more tropical storms, and Equinor opens the world’s largest floating wind farm… to power oil drilling. for Northvolt to build energy storage, $100M for direct lithium extraction, and $60M for heat batteries. Thanks for reading!
In 2014, the electrical engineer and MBA became the first woman to lead a U.S. As electric vehicles drive toward the mainstream, General Motors has come full circle as well. It mass-produced the first electric car in the 1990s, then literally crushed most of them in 2003. and globally by 2040. and Canadian cities.
Hydrogen-powered vessels and other clean fuel technologies are swiftly becoming viable solutions for reducing emissions in waterborne transportation. From China’s inaugural hydrogen-powered container ship to France’s hydrogen-fueled river vessel, these advancements represent a milestone in sustainable maritime innovation.
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