Healthcare & Hospital Solutions

Discover resilient, cost-effective power generated without combustion for dramatically reduced impacts on air quality.

Healthcare Energy Efficiency
Kaiser Permanente is one of several healthcare facilities across the United States that have installed Bloom Energy fuel cells

Hospitals can’t afford downtime

Discover how Bloom Energy’s always on, zero-combustion microgrids are redefining energy resilience—keeping critical care running, reducing emissions, and preparing healthcare for what’s next.

Benefits to Healthcare & Hospitals

Power your critical operations with resilient, cost-effective power that reduces emissions and air pollution for better patient and community health outcomes. Available in both grid-connected and islanded configurations.

Cost Reduction

Secure savings the double digits with predictable long term power costs.

Resilient

Bloom Energy can deliver greater reliability than the grid at up to five nines (99.999%) of availability.

Clean & Sustainable

Combustion-free technology virtually eliminates NOx, SOx, and particulate matter and reduces carbon emissions by up to 30% compared to conventional technologies. Zero water usage in steady state operation.

Quiet

Enjoy onsite power generation without the noise – ideal for spaces where quiet matters.

Scalable

Purpose-built from 2MW to 200MW. The Energy Server’s modular design easily scales with your power needs.

Our Customers

Fortune 100 companies around the globe trust Bloom Energy to deliver clean, reliable power at predictable costs.

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Mass General Brigham
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“Our hospitals and medical centers care for more than 1.5 million patients each year. Many of our facilities are open 24 hours per day, 365 days per year, so reliable electricity is both crucial to our operations, and one of our largest utility costs. With the Bloom systems, we can save money, improve our resiliency to outages, and virtually eliminate particulate pollutants, responsible for cardiovascular, and respiratory diseases in our community.”

– Senior Manager of Energy & Sustainability at Mass General Brigham

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Healthcare Energy Efficiency FAQs

What are the primary energy-related challenges the U.S. healthcare industry is currently facing?

The healthcare industry is the second most energy-intensive commercial sector in the U.S., spending over $10 billion annually on energy. This high demand is driven by 24/7 operations, energy-heavy medical equipment, and strict HVAC requirements. The industry is also a significant contributor to emissions, accounting for 8.5% of the U.S. total.

How does Bloom Energy's platform offer a comprehensive solution to these distinct challenges?

Bloom Energy’s fuel cell system is designed to address resilience, cost, and sustainability challenges simultaneously. It provides a primary power source that is clean, reliable, and predictable. It can operate in connection with the traditional grid or independently, providing continuous, high-quality power to ensure that critical life-saving equipment and operations are never compromised by grid outages. It offers a long-term, predictable cost structure for electricity, protecting healthcare facilities from the volatility of energy markets. And it reduces carbon emissions compared to traditional grid power, helping healthcare organizations meet their environmental goals without sacrificing reliability.

Beyond basic backup power, how does the Bloom Energy Server enhance operational resilience for a hospital?

Unlike traditional backup generators that only activate during an outage (and can sometimes fail), the Bloom Energy Server is a primary power source. This means it’s not just for emergencies and can power essential operations continuously. This there is no interruption or power quality fluctuation when the grid goes down.

What results have healthcare organizations seen after adopting Bloom Energy's solution?

Organizations that partner with Bloom Energy can reduce their carbon emissions, contributing to the industry’s overall goal of decarbonization. Furthermore, customers can gain immunity from grid outages, which are becoming more frequent. This ensures that patient care remains uninterrupted, which is the foremost priority for any healthcare provider.