Energy Vault

At EnergyHub, we believe transforming the energy system requires a team that brings their whole selves to work. Our engineers, product managers, and grid specialists collaborate across disciplines to solve one of climate change's hardest challenges: making the distributed energy transition reliable and scalable. We're not just building software - we're building virtual power plants that keep the grid stable as renewables expand. We're passionate about energy, problem-solving, and innovation. But we're also photographers, thespians, gamers, skydivers, skiers, runners, and kazoo players. From our headquarters in Brooklyn to remote employees across the US and abroad, we support each other with competitive benefits while ensuring we can have fun and enjoy the ride. Whether you're debugging production issues in Java, Python, or TypeScript, or designing the next feature for our EV managed charging platform, you'll work alongside people who are genuinely committed to doing work that matters.

Industrial facilities face a critical challenge: conducting inspections in environments that are dangerous, remote, and difficult for humans to access. Every day, workers risk their safety performing dull, dirty, and dangerous surveillance tasks in oil & gas facilities, chemical plants, and power stations. Energy Robotics exists to solve this problem by deploying autonomous robots and drones equipped with AI-powered software that can navigate these hazardous environments and collect high-quality inspection data without putting human lives at risk. Our mission is to relieve humans from dull, dirty, and dangerous tasks through autonomous robotics. We provide a hardware-agnostic AI software platform that enables asset owners to easily manage fleets of robots and drones for autonomous inspection. With over 80 robots deployed across 4 continents, our technology delivers AI-driven insights for predictive maintenance, reading analog gauges, detecting gas leaks, identifying valve positions, and conducting thermographic analysis. By automating these critical inspection tasks, we have already freed workers from over 19,000 hours of repetitive surveillance rounds, enabling them to focus on safer, more fulfilling work while accelerating industries' journey to Industry 4.0.

In 2001, Dr. K.R. Sridhar had a revelation while working on a CO2-to-oxygen electrolyzer originally designed for NASA Mars missions. He realized that this technology could transform how the world generates and consumes energy. From that spark, Bloom Energy was born with a mission to make clean, reliable energy affordable for everyone on Earth. What started as research for supporting human life on Mars evolved into a revolutionary solid oxide fuel cell platform that generates electricity without combustion. Over the past two decades, Bloom has grown from a small team of eight employees to a global leader in distributed energy, deploying systems at over 1,000 locations across nine countries. The company's Energy Servers now power Fortune 100 customers including Walmart, Google, Equinix, and Oracle, delivering up to 99.999% availability with near-zero emissions. In 2024, Bloom signed a landmark 1 GW agreement with American Electric Power - the world's largest fuel cell agreement to date - cementing its role in powering the AI revolution and energy transition. From a NASA project to a publicly-traded company (NYSE: BE), Bloom continues to push the boundaries of what's possible in clean energy.

Commercial fleets account for a massive portion of transportation emissions, and the transition to electric vehicles represents one of the most significant opportunities to combat climate change in our lifetime. InCharge Energy exists to accelerate this transition by providing end-to-end EV charging infrastructure solutions that eliminate the complexity and risk businesses face when electrifying their fleets. The company delivers comprehensive services including hardware, software, EPC, installation, and ongoing maintenance - all designed to ensure operational success and maximum uptime for fleet charging operations. InCharge Energy distinguishes itself through its multi-brand service capabilities, supporting EV chargers from virtually any manufacturer with 24/7 technical support and a nationwide network of service technicians. Their InControl monitoring software provides real-time visibility into charging operations, while InService maintenance plans offer peace of mind through proactive preventative maintenance and rapid response times. By partnering with organizations across fleets, utilities, government agencies, and private industry, InCharge Energy is building the charging infrastructure backbone needed to support the widespread adoption of electric vehicles and achieve meaningful emissions reduction at scale.

Octopus Energy is powering the global green energy revolution. As the UK's largest domestic energy supplier, Octopus serves over 10 million homes worldwide across 18 countries and four continents. Their £6 billion renewable energy portfolio ranks among Europe's largest, managing 400+ green generators spanning wind and solar farms. The company's proprietary Kraken platform has transformed the industry - licensed to major utilities like EDF, E.ON, and Origin Energy, it supports 54 million customer accounts globally. This technology enables Octopus to deliver outrageously good customer service, earning Which? recommendation for nine consecutive years and maintaining a 5/5 Trustpilot rating from 760,000+ reviews. During the energy crisis, Octopus shouldered over £150 million to provide customers with the UK's lowest variable tariff. Backed by investors including Al Gore's Generation Investment Management, Tokyo Gas, and Origin Energy, Octopus Energy Group has raised over $1.5 billion to drive the affordable, green energy transition worldwide.

EDF is Britain's biggest generator of zero carbon electricity, producing power from wind, nuclear and solar to supply homes and businesses across the UK. The company operates eight nuclear power stations and maintains an expanding portfolio of 36 wind farms, including two offshore wind farms, alongside solar and battery storage projects. EDF is investing over £5bn annually in Britain, with £15 billion planned for 2026-28 to strengthen energy security and accelerate the transition to net zero, while driving the vision of an Electric Britain through innovative tariffs and low-carbon solutions. Beyond generation, EDF supplies electricity and gas to residential and business customers, offering smart tariffs, electric vehicle charging solutions, heat pumps, and solar panels to help households reduce their carbon footprint. The company is developing major nuclear projects including Hinkley Point C, which will provide low-carbon electricity to meet 7% of UK demand, and Sizewell C. Through research and development programmes spanning nuclear, renewables, digital innovation, and future energy systems, EDF is positioning itself at the forefront of Britain's clean energy transition.