Powering Progress: How Bloom Energy Helps Global Brands Reach Sustainability Goals?

As industries face growing pressure to reduce emissions and operate more sustainably.

So, these leading companies are turning to advanced energy solutions. 

In fact, they deliver both reliability and environmental benefits. Bloom Energy’s solid oxide fuel cells are helping global innovators.

I am talking about brands like Honda, Owens Corning, and Ferrari. 

With solid oxide fuel cells, they achieve their ambitious sustainability targets while ensuring resilient, 24/7 power for their operations.

How Does a Solid Oxide Fuel Cell Work?

A solid oxide fuel cell has four layers, three of which are made of ceramic, which is why it has that name. 

These layers stack together to form a cell that is only a few millimeters thick.

Many of these cells are connected in series to create a “SOFC stack.” 

These stacks operate at high temperatures, between 500 and 1,000 °C, because the ceramics used are not active until they reach these temperatures.

At the cathode, oxygen is changed into oxygen ions. These ions then move through the solid oxide electrolyte to the anode, where they help oxidize the fuel, releasing two electrons and water as a byproduct. 

The released electrons travel through an external circuit, where they can do work. 

Finally, these electrons return to the cathode, completing the cycle.

Clean Energy That Scales With Business Needs

Bloom Energy Servers offer a transformative way to generate electricity by converting natural gas, biogas, or hydrogen into power through a clean electrochemical process, all while avoiding combustion. 

This innovation results in lower emissions, improved efficiency, and significantly fewer air pollutants compared to standard power generation methods.

What’s particularly appealing about Bloom’s technology is its modular design. 

This versatility allows businesses to easily adjust their energy infrastructure to meet their specific needs, whether they’re operating a single facility or managing a large global campus.

By producing energy right on-site, companies can enjoy predictable energy costs and dependable performance, along with added security against disruptions in the grid. 

This approach not only enhances operational reliability but also supports a commitment to cleaner energy solutions.

What Are The Rare Earth Elements Used In Solid Oxide Fuels?

In many different parts of the solid oxide fuel cells, rare earth elements are essential.

1. Scandium

One of the most important aspects of solid oxide fuel cells (SOFCs) is how they manage heat. 

By keeping the electrolytes in these cells cooler, they not only help reduce the overall costs of components but also make SOFCs a more competitive option compared to other power sources. 

This means that as the technology improves, we could see more efficient and affordable fuel cells in our energy landscape.

2. Gadolinium

Gadolinium-doped ceria is quite fascinating because it has excellent ionic conductivity, which makes it really useful in applications like oxygen sensors and solid oxide fuel cells. 

It’s impressive how a material can play such a key role in improving energy technology!

3. Sodium Terbium

Sodium terbium, when mixed with zirconium dioxide, can serve as a helpful crystal stabilizer in high-temperature fuel cells. 

This combination enhances the stability and performance of the cells, making them more effective in demanding environments.

Honda’s Commitment to Lowering Emissions

Honda has long been a leader in reducing its environmental footprint. 

As part of its pledge to cut CO₂ emissions by 30% compared to 2000 levels, the automaker turned to Bloom Energy to help power its Torrance, California campus. 

With five Bloom Energy Servers providing 1 megawatt of clean power—enough to cover 25% of the facility’s needs—Honda has been able to significantly reduce its emissions while improving resiliency.

The installation is expected to reduce Honda’s CO₂ emissions by approximately 16 million pounds over ten years. 

It also delivers critical water savings. In fact, it reduces the equivalent of more than 3.25 million gallons annually.

Additionally, it works better compared to conventional power generation in California. 

For Honda, this decision went beyond merely hitting sustainability goals. 

It was about demonstrating that being efficient and saving costs can work hand in hand with being environmentally responsible. 

It’s a commitment to a better future that shows you don’t have to sacrifice one for the other.

Owens Corning Cuts Greenhouse Gas Emissions

Owens Corning is a global leader in building materials. Additionally, it is also famous for composite systems.

Guess what? It also turned to Bloom. In fact, they need to address both sustainability and reliability challenges. 

At its Compton, California, roofing and asphalt plant, the company faced frequent grid outages.

In fact, sometimes one or two per week. So, that disrupted critical manufacturing processes. 

What did they do? They are installing two 200-kilowatt Bloom Energy Servers.

So, Owens Corning secured a steady source of reliable onsite power. In fact, it supplies roughly 65% of the facility’s energy needs over the course of a year. 

The project not only improved business continuity. Additionally, it also supported Owens Corning’s ambitious goal. In fact, this helped them cut greenhouse gas emissions by 20% by 2020. 

With Bloom’s combustion-free technology, the plant significantly reduced CO₂ emissions and eliminated harmful air pollutants.

This proves companies don’t have to choose between resilient operations and sustainability. 

Ferrari’s Race Toward Carbon Neutrality

Across the globe in Maranello, Italy, Ferrari is also making bold strides toward a cleaner future. 

The iconic automaker has set a goal of achieving carbon neutrality by 2030. 

To support this vision, Ferrari installed Bloom Energy’s fuel cell platform, marking Bloom’s first deployment in Europe.

The system provides reliable primary power to Ferrari’s facility.

Additionally, it demonstrates the company’s commitment to adopting innovative solutions. These lower emissions prepare for the transition to a carbon-free economy. 

By leveraging Bloom’s fuel-flexible technology, Ferrari is future-proofing its operations. Consequently, it is leading Europe’s push for cleaner energy adoption.

Why Industry Leaders Choose Bloom Energy?

What these global companies have in common is a dedication to sustainability without compromise. 

These industry leaders rely on Bloom Energy because of three key advantages:

• Resilience: Always-on, reliable power that protects against outages and grid instability.
• Sustainability: Lower emissions, cleaner air, and a pathway to carbon neutrality.
• Scalability: Modular systems that adapt to current needs and future growth.

Any business with critical operations, ambitious sustainability goals, or growing energy demands can benefit from Bloom’s proven technology.