Ever wonder what’s powering artificial intelligence (AI)? It’s not floating in the clouds; the true power enabling AI is housed in a data center. These mission-critical facilities located around the world wouldn’t catch your eye, but they are at the core of our...
There’s no denying that data centers now stand as the backbone of global digital infrastructure, crucial for managing emerging services like artificial intelligence (AI) and various online platforms. The importance of data centers extends beyond just data handling;...
Emergency power, supported by a robust power generation system, has become paramount in recent years, especially as severe weather events and energy crises have exposed vulnerabilities in our power infrastructure. Major power failures have left millions without...
With energy consumption on the rise, the US has a goal of 100% carbon-pollution-free electricity by 2035. How can energy technology like the hydrogen fuel cell help achieve these targets? These cells, powered by the simplest and most abundant element in the universe,...
As the world shifts towards greener energy solutions, the spotlight on hydrogen fuel cells grows brighter. Harnessing the power of hydrogen, these cells present a clean energy alternative capable of meeting the escalating global demand for power. But what are hydrogen...
Ravi Prasher is the Chief Technology Officer of Bloom Energy. He also serves as an adjunct professor in the Department of Mechanical Engineering at UC Berkeley. Prior to joining Bloom Energy, Ravi was the Associate Lab Director of Energy Technology Area at Lawrence...
Hydrogen in the Hard to Abate Sectors – Current IEA estimates suggest demand for hydrogen could expand 44% by 2030. Explore this ever growing end-use milieu for clean hydrogen and identify its application potential across sectors less suited to electrification....
Bloom Energy is proud to support the California Hydrogen Leadership Summit, exploring the policies, programs and incentives needed in 2022 to accelerate production, use, and storage of hydrogen, which is essential to California’s ability to meet emissions goals and...
Resiliency is more than just a catch phrase for the energy transition—it is essential to it. Extreme weather continues to be the number one cause of power outages in the United States. Each time the grid goes down, economic output, wages, inventory, production, and...
Our newest product – the Bloom Electrolyzer – started as a hallway conversation in mid-2020 as a resurgence in hydrogen strategies surfaced to meet calls for global decarbonization. From start to finish, it took less than a year for our engineering team to...
Hydrogen is vital to a renewable energy future. It occupies a central role in the clean energy infrastructure of the future with implications for production, storage and many steps in between. Our newest collaboration with Heliogen, a renewable energy tech company,...
We started the ASPIRE Forum as a two-day annual event in 2015 to bring together diverse voices to explore the global energy landscape in today’s fast growing digital economy and to shed light on how organizations are leading efforts to address the social and...
Carbon Capture Technology Bloom’s fuel cell platform is inherently suited to be a key part of the Carbon Capture, infrastructure for carbon capture, utilization, and storage (CCUS) What is Carbon Capture Technology? Carbon capture and storage (CCUS) is a...
It’s an imperative that we produce energy which address both the causes and consequences of climate change, avoids impacts on human health, and enables business and community resilience. It’s a tall order, but Bloom is at work every day on the technology, business...
Initiative will highlight the environmental and economic benefits of accelerated adoption WASHINGTON, Feb. 2, 2021 — A coalition of 11 companies have partnered to form Hydrogen Forward, an initiative focused on advancing hydrogen development in the United...
