The technology, media, and telecommunications (TMT) sector is at the heart of the digital economy, powering the devices, networks, and platforms that connect the world. But as global connectivity grows, so does the industry’s demand for energy. From data centers supporting artificial intelligence to 5G networks and streaming platforms, TMT companies are seeking new ways to ensure reliable, affordable, and sustainable power. Bloom Energy’s solid oxide fuel cell technology is meeting that challenge—providing clean, onsite electricity generation that supports both innovation and decarbonization.
The rising energy demands of a connected world
Telecom operators alone account for roughly 2% of global energy consumption—a figure driven by the infrastructure behind phone calls, online gaming, video conferencing, and the ever-growing Internet of Things (IoT). New 5G deployments, while more efficient per byte of data, still require two to three times more power than 4G sites due to the density of new cell towers and equipment. As energy costs surge and climate commitments tighten, TMT companies face a difficult balance: how to meet skyrocketing energy demand without increasing their carbon footprint.
Bloom Energy provides a practical, scalable solution. Its Energy Servers deliver electricity directly onsite through an electrochemical process that converts fuels like natural gas, biogas, or hydrogen into power—without combustion. This process eliminates most of the pollutants associated with conventional generation, allowing businesses to meet operational needs while advancing sustainability goals.
Resilient power for a digital industry
Reliability is paramount in the technology and telecommunications sector. Downtime in a data center or a network outage in a telecom hub can disrupt millions of users and cost companies millions of dollars. Bloom’s AlwaysOn microgrids provide an essential layer of energy security by operating independently of the grid during outages. With over 160 microgrids deployed and thousands of grid outages prevented, Bloom Energy’s systems have proven themselves resilient through hurricanes, earthquakes, and other climate-related disruptions.
That reliability is built into the architecture. Bloom’s modular systems have no maintenance downtime and run on a fault-tolerant natural gas network that remains online even during natural disasters. For regions like Silicon Valley, New York, and Austin, Texas—hubs for cloud computing, digital media, and telecom innovation—this level of resilience is not just beneficial, but essential
Lower emissions, cleaner fair, smarter infrastructure
For an industry leading the charge on digital transformation, sustainability is a central part of the mission. Bloom Energy helps TMT companies translate their environmental commitments into measurable results. Because Bloom’s Energy Servers generate electricity without combustion, they emit virtually no nitrogen oxides (NOx) or sulfur oxides (SOx)—pollutants that contribute to smog and respiratory illness. In 2022 alone, Bloom systems reduced global CO₂ emissions by more than 940,000 metric tons and cut smog-forming pollutants by over 99% compared to grid power.
Bloom’s technology also conserves natural resources. Its fuel cells saved more than 4.7 billion gallons of water in 2022—avoiding the large water withdrawals typical of thermal power generation. Additionally, Bloom’s compact footprint means 1 megawatt of power can be produced within the space of a single shipping container, compared to 5.5 acres of land use for the same solar output.
A stable energy future for TMT
In a sector where energy can account for 5% to 10% of operating expenses, predictable costs are key. Bloom’s fixed-payment options and secure fuel pricing allow TMT businesses to hedge against volatility, making long-term planning simpler and more stable. As the industry continues to evolve toward distributed, intelligent energy systems—mirroring the shift to distributed data and cloud networks—fuel cells offer a parallel model of efficiency, scalability, and sustainability.
The convergence of technology and clean energy is shaping the future of global connectivity. By generating clean, reliable, and resilient power onsite, Bloom Energy is helping TMT companies to build a decarbonized future—one server, one network, and one connection at a time.