Torus

?? Exciting news from Utah! Governor Cox has unveiled "Operation Gigawatt"—a bold initiative to transform the state's power production over the next decade. ?? The Goal: Double Utah's power-generating capacity in 10 years ?? Key Focus Areas: 1. Boost transmission capacity 2. Expand and develop new energy production 3. Enhance policies for clean, reliable energy (including nuclear and geothermal) 4. Invest in innovation and research The products we’re building at Torus can help ensure this new capacity is secure, efficient, and intelligently managed. “Our work in grid security, U.S.-based energy storage manufacturing, and grid integration positions us perfectly to support Operation Gigawatt's ambitious goals.” - Nate Walkingshaw, Torus CEO We’re thrilled to be headquartered in a state with such an ambitious, forward-looking view on energy. Utah, let’s get to work! ??

Our CEO Nate Walkingshaw has spent the last couple weeks unpacking how Torus is designed to meet rising electricity demand fueled by data centers and the rise of AI. But our solution isn’t just indirect. We’ve actually built Torus systems to directly meet the specific needs of data centers. ?? Powering a data center with Torus reduces CO2 emissions by up to 90% ??Torus systems are designed to seamlessly grow with a facility ??AI-powered energy management reduces electricity costs by up to 30% ??Our leading security architecture keeps power supplies safe and secure ??Torus Lasso? (our energy management software) makes data centers an asset to the grid, leading to faster permitting times in some cases. Curious to learn more? Dive in here: https://lnkd.in/e44C7AmG

Commercial buildings are a “Goldilocks” solution when it comes to expanding grid capacity through virtual power plants. They’re big enough to add significant energy generation and storage to the grid but small enough to quickly install: ?? Commercial-sized solar and battery installations are subject to far fewer studies, reviews, and permitting obstacles than grid-scale projects. ??Utility-sized projects typically take 5-10 years to complete. Commercial installations can be done in a handful of months. Under this model, schools, warehouses, office buildings, stadiums, and manufacturing facilities actually power the communities they sit in, increasing reliability, sustainability, and affordability for everyone. And what better way to meet rising electricity demand than empowering individuals and communities to control and produce their own renewable energy? Want to know more? Explore here: https://ow.ly/GQoa50TwyA2

Project Announcement: Trolley Lane We are proud to announce the completion of our latest Torus energy storage installation at Trolley Lane, supporting a local affordable housing community. This installation will not only help reduce energy costs for building owners but also improve overall efficiency at minimal cost. By integrating into the broader Torus Community energy-sharing network, Trolley Lane will contribute to greener, more reliable electricity for the surrounding area. ??? ?? “The Trolley Lane installation is a testament to our commitment to making clean energy solutions accessible to everyone." – Nate Walkingshaw, CEO We're excited to be part of a project that empowers affordable housing communities while advancing sustainability! ?? #CleanEnergy #AffordableHousing #Sustainability #EnergyStorage #GreenTechnology #TorusCommunity Click here to read the full article: https://ow.ly/rOKs50TpIJu

Today's events shows how important it is for us ???? to secure our energy infrastructure. And as Nate Walkingshaw said, it starts with our supply chain.

We envision a world where every commercial building is a mini power plant. Here’s what that means: The grid currently operates top-down. Big power plants produce electricity, which is sent to homes and businesses via a network of transmission and distribution lines. By equipping commercial buildings with Torus systems, we’re creating a network of smaller points of energy generation and storage. We can then virtually connect these individual systems to the grid. So, rather than having one power plant, the grid now has hundreds of smaller points of energy generation and storage it can leverage to help meet supply and demand. Curious what makes commercial buildings so perfect for this model? Learn more here: https://ow.ly/rKRq50Tpqg7

AI’s biggest obstacle? Energy infrastructure. In the future, AI models may require 1 GW of power. To accommodate larger models, we’ll need more data centers. To power more data centers, we’ll need more power plants, transmission lines, substations, renewable energy farms, and more. Infrastructure projects aren’t easy to stand up quickly. They’re often prone to construction delays and lengthy permitting hurdles. So what’s the solution? Distributed energy storage and generation. Learn more here: https://ow.ly/2Ofa50TmSW9

We’re creating 172 new manufacturing jobs in Utah ???? Building up our operations locally offers so many benefits and opportunities: ??We utilize Utah’s incredibly talented workforce ??We bring economic opportunity to the cities and counties we call home ??We position our state and country at the forefront of energy innovation We owe a special thanks to the Utah Governor's Office of Economic Opportunity for helping to make this expansion possible. The average salary for these new positions will be at least 110% of the Salt Lake County average wage—making a big difference for many families. Utah is an amazing place to build a business, and we’re thrilled to be growing even deeper roots here. ??Learn more about the announcement: https://ow.ly/FX4050TmcFN

Our CEO Nate Walkingshaw recently wrote an article for Data Center Knowledge on how AI’s massive energy needs will reshape how we power our communities. “The AI-driven surge in data center power demand is not just a trend – it's a seismic shift that will reshape our thinking about energy consumption.”

Data center growth is already being constrained by the grid. Northern Virginia—the country’s leading market—is considering stronger permitting requirements for new facilities. Silicon Valley Power has started limiting many proposed data centers in Northern California to a maximum electricity allocation of 2 MW. To prevent these slow downs, an estimated 47 gigawatts of new power generation will be required by 2030. Learn more about what’s being done to meet this massive uptick in demand here: https://ow.ly/Cjla50TeAlu #Torus #TorusStation #TorusEnergy #RenewableEnergy Solutions #DataCenterGrowth #GridConstraints #PowerGeneration #ElectricityDemand #EnergyInfrastructure #TechIndustry #DataCenterChallenges