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Strataphy proudly announces its launch, dedicated to advancing sustainable energy solutions through innovative engineering services. source: Strataphy) Geothermal energy, historically used for heating, is now being adapted for cooling through technological advancements and service models like CAS.
It’s easy to see what’s motivating India’s emerging ecosystem of sustainable technology startups with a glance out the window from the office of Sangam Ventures in Gurugram, just outside of Delhi. In response, a vibrant ecosystem of sustainability-oriented startups, investors and incubators is taking shape in India today.
Now, new breakthrough climate accounting technologies are emerging as solutions to track and verify energy and carbon emissions, and report energy purchases and consumption. As more of these services hit the market, corporations making ambitious climate pledges will need to adopt energy and carbon tracking and reporting technologies.
Revolutionizing Hydrogen Vehicles with Swappable Hydrogen Cartridges Hydrogen-powered vehicles have long been recognized as a sustainable alternative to fossil fuel cars. Tecnovelero SL, a Spanish startup specializing in innovative urban mobility solutions, is redefining this narrative with its flagship product, the Virante car.
ExxonMobil Baytown Low-Carbon Hydrogen and Ammonia Project: A New Milestone in Clean Energy ExxonMobil, one of the worlds leading energy companies, is progressing with plans for a cutting-edge low-carbon hydrogen and ammonia facility in Baytown, Texas. If approved, the facility is slated for startup in 2029. Gulf Coast.
Eecomobility, a startup that specializes in developing battery testing and monitoring software for the EV, energy storage and industrial markets, has secured seed funding from a group of investors. The EECOPower tool is applicable to battery cells, modules and packs. Source: Eecomobility
SAN ANTONIO — Energy disaggregation is a term of art for technologies that can parse out energyusage of individual loads like air conditioning, heating, lighting and appliances, simply by analyzing single sources of data like smart meter feeds or circuit-level sensors. ” Gupta said.
Building a technology platform to control distributed energy resources such as rooftop solar systems, behind-the-meter batteries, EV chargers and flexible electricity loads is a challenging enough task. So far, it’s been tested on a computer-modeled fleet of 10,000 virtual distributed energy resources (DERs).
And in energy circles, one of the biggest buzzwords in recent years is the virtual power plant, or VPP. But VPPs have really taken off in the last 10 years, not just as a concept but as something that a growing number of energy companies are creating, using and commercializing. Another difference concerns markets and regulation.
Brooklyn startup David Energy on Wednesday announced a $1.5 million pre-seed funding round, as it looks to transform into an energy retailer that helps customers get more value out of their solar and storage systems. Lining up against the giants.
Stem, the decade-old behind-the-meter battery startup that was seeking a buyer earlier this year to bolster its growth ambitions, is now launching a plan to go public via a special-purpose acquisition corporation (SPAC) reverse merger. Friday’s announcement names Star Peak Energy Transition Corp. and abroad. and abroad.
Why can’t you get an accurate, fact-based online quote for a rooftop solar system, backup battery or electric vehicle charger as easily as getting a quote on, say, a mortgage refinancing or home insurance policy? And SVCE has full access to it from the Pacific Gas & Electric smart meters that connect its customers to the grid.
Homes need a lot more digital smarts nowadays to manage rooftop solar, backup batteries and electric vehicle chargers. It’s nice if those distributed energy resources (DERs) can be integrated with household electrical load controls via smartphone or Alexa or Google voice-activated devices.
Unlike SaaS startups with predictable revenue cycles and low overhead, climate companies often require real capital outlays, rely on partnership dependencies, and have long-term investment horizons for returns. This is a non-exhaustive list of financing options available to climate startups.
Tech startup sustainability. Tech startup sustainability means to be purpose-driven and sustainable. With this in mind, it’s important tech startups globally follow suit, to establish proactive and forward-thinking organizations. How do startups affect the environment? Tech startup sustainability: 6 top tips.
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.
The key to long-term success in the fashion industry is to start trends and continually push the envelope — a philosophy that also applies to its ESG priorities. However, there is a growing and collective awareness of environmental impact across the industry.
Greentown Labs supports startups that are decarbonizing the key greenhouse-gas-emitting sectors—agriculture, buildings, electricity, manufacturing, and transportation—and building resilient communities. First up is the buildings sector. Buildings represent a very big piece of the energy pie—about 40 percent of U.S.
Hawaii's largest utility enlisted a new tool in its quest for a carbon-free electricity system: thousands of batteries installed in people's homes. Hawaiian Electric won regulator approval for a $25 million plan to harness solar and batteries at 6,000 homes across the islands of Hawaii, Maui and Oahu. Venice Beach, Calif.-based
Beaver County, Utah may, at first glance, seem an unlikely hub for breakthrough technical and commercial innovation in geothermal energy. However, geothermal startup Fervo Energy sees vast potential to generate commercial-scale geothermal energy in this remote valley nestled between three mountain ranges in southwest Utah.
Twenty-six startups joined our community in Q2 2021, working on innovations as diverse as kinetic wave energy, soil carbon measurement, efficient wind turbine installation, and electric, uncrewed surface vehicles. We’re thrilled to support these groundbreaking climatetech startups—let us introduce you! Electricity.
Each of these individuals is playing the long game and is in a strong position to move their companies and industries into what could be a more hopeful period of reconciliation, recovery and repair. Most support science-based targets and sit on multiple boards, collaborations and advocacy groups to further industry-level sustainability goals.
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.
Twenty-four startups joined our community in Q1 2024, working on innovations ranging from biobased building materials, to sustainable rubber, to solar-powered flight. We’re thrilled to support these groundbreaking climatetech startups—let us introduce you! The startup is participating in Go Build 2023.
’s novel approach to enlisting rooftop solar, behind-the-meter batteries, electric vehicle chargers and grid-responsive appliances as an integral part of its power grids. First, they’ve built up the technology to monitor and manage these distributed energy resources (DERs) at a large scale.
The oil industry’s search for carbon-free alternatives to fossil fuels has led to many interesting investment decisions over the years. Somewhere high on that list is nuclear fusion, the energy that powers the sun, which has drawn investment from at least three major oil companies. But it’s not easy.
We might be at a turning point, however, because a handful of forward-looking corporations, conservation organizations and startups recently have accelerated efforts to store carbon in marine systems. Once it goes down below 1,000 meters, it’s not coming back up, because the pressures are so great," Odlin told Fast Company. "So
2024 is here, and it’s full of promise for the climatetech industry. As analysts, investors, journalists, and other experts offer up their predictions for this year’s climatetech areas to watch, Greentown’s featuring just a sampling of our startup members innovating in these key categories.
This week’s edition of Smart Energy Finances sees three load shifting investments take centre stage as demand response becomes a more notable priority for utilities the world over. 120 million for Swell Energy’s VPP suite. 120 million for Swell Energy’s VPP suite.
-based ConnectDER, is a meter collar adapter that plugs into the socket where electricalmeters connect to buildings. Con Edison is in the final stages of deploying smart meters to its approximately 1.3 million customers, but those only measure net household loads, not what’s happening behind the meter.
rooftop solar installer, finalized two utility partnerships to turn home batteries into miniature power plants. Regulators approved that program as a demonstration project for New York's Reforming the Energy Vision grid modernization effort. That’s a central proposition of visions for a decentralized, digital electric grid.
We might be at a turning point, however, because a handful of forward-looking corporations, conservation organizations and startups recently have accelerated efforts to store carbon in marine systems. Once it goes down below 1,000 meters, it’s not coming back up, because the pressures are so great," Odlin told Fast Company. "So
More and higher resolution data on Britain’s energy system is the demand of users of National Grid Electricity Distribution’s ‘presumed open’ datasets. In conjunction with the currently available data, data users were also requesting National Grid Electricity Distribution about making more data openly available. Have you read?
Industrial facilities will be among the most difficult emitters to decarbonize. The industrial sector — everything from factories to food producers to oil refiners — accounts for one-third of U.S. primary energy demand, according to the Department of Energy. industrial sector primary energy consumption.
From the analytical power of data, through to the introduction of AI and machine learning, digitalisation is becoming paramount in enabling the insights needed to make better decisions in all areas of the evolving energy landscape. Digitalisation plays a vital role in addressing this challenge.
Remote minigrids are a tough market for a traditional smart meter vendor. The meters that minigrids use need to be cheap, rugged and reliable, and they must be able to adjust to the often unstable operating conditions of solar-powered standalone grids. SparkMeter, a Washington, D.C.-based
If your house could talk to you about your energyusage, what would it say? The creators of Sense think it would say you could reduce your energyusage by at least 20 percent—and tell you how. Sense is a home energymonitor that gives real-time insight into your home’s energyusage.
In some cases, it’s about identifying anomalies in data, which is used in for example cybersecurity applications and asset monitoring, while in others it’s about identifying past trends to predict future trends, such as in for example weather and renewables output forecasting. AI example use cases.
The latest iteration of the Greentown Launch corporate partnerships accelerator, the Healthy Buildings Challenge is focused on solutions that optimize for the health of people and the climate and aims to foster collaboration between Saint-Gobain and the participating startups, with support from MassCEC. Somerville, Mass.,
During the "Carbon Removal Moonshots" session in late October at VERGE 20, co-founders from innovative carbon removal initiatives Project Vesta, Charm Industrial and IdeaLab joined moderator Tito Jankowski, co-founder of the online community Air Miners, on the virtual stage to share the stories and missions behind their innovations.
Over the past decade, Geli has seen its software put to use to design, install and operate megawatts of grid-connected and behind-the-meter battery and microgrid projects. commercial and industrial customers, with a 26 percent share of the market in the second quarter, according to Wood Mackenzie.
EDF Renewables has acquired PowerFlex Systems , a California startup with technology to manage one of the biggest challenges for scaling up electric vehicle charging: controlling the loads that lots of EVs charging at once can place on the power infrastructure of the sites hosting the chargers. European acquisition spree.
Smart home electrical panel, meet voice-activated home controls. That’s the connection being made by San Francisco-based startup Span.IO Those include a subset of home energy management systems, such as smart thermostat provider Ecobee and wireless energy sensor startup Tado.
Russian based startup L-Charge has developed an off-grid EV charger that can be powered by liquid natural gas (LNG), hydrogen, or a mixture of the two—the ratio can be adjusted depending on regulations and fuel prices. The infrastructure and technology needed to give EV owners a fast and seamless charging experience already exists.
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