How Orbis Electric’s Innovations Address Global Challenges
Orbis Electric is tackling some of the most urgent challenges of the 21st century — climate change, water scarcity, resource dependency, and the soaring energy demands of an electrified, AI-powered economy — by reimagining the fundamental architecture of electric machines. Our innovations address these societal issues not with incremental improvements, but with transformative, physics-based solutions that eliminate systemic inefficiencies across mobility, logistics, and digital infrastructure.
Decarbonizing Transportation and Logistics
Transportation and logistics are among the largest sources of global greenhouse gas emissions. Electrification is essential to achieving climate goals—but most EV systems still depend on costly, resource-intensive materials that slow adoption.
Orbis Electric is changing that. Our rare-earth-free motor-generator-pump platform unites propulsion, power generation, and thermal circulation in a single, sustainable design. By replacing rare-earth magnets with abundant ferrite materials, we eliminate a major source of carbon-heavy mining and supply-chain risk—without sacrificing performance.
The result is a new generation of electric powertrains that use fewer components, cost less to build, and deliver the torque and efficiency needed to accelerate the global shift to zero-emission mobility
Reducing Energy Demand and Water Use in the AI Era
As AI and cloud computing expand, data centers are placing unprecedented demands on electricity and water resources. Cooling these massive facilities requires significant energy and, in water-intensive systems, can consume millions of gallons annually, placing additional pressure on power grids and local ecosystems.
Orbis tackles this challenge with COOL•E™, an intelligent cooling platform powered by our advanced electric drive technology. By improving cooling efficiency and responding to changing GPU demands in real time, COOL•E enables warmer water operation, reduces reliance on energy-intensive chillers and can return 5% to 12% of total site power to productive compute.
COOL•E also supports warm-water and chillerless cooling architectures that can reduce dependence on water-intensive cooling infrastructure, helping data centers conserve valuable resources as AI demand grows.
We're helping make the AI revolution more efficient, more sustainable and less demanding on the planet's resources.
Strengthening Resource Security and Supply-Chain Resilience
Global electrification depends not just on innovation, but on access to materials. Today, more than 90% of rare-earth magnet production is concentrated in a single region, creating geopolitical and supply-chain vulnerabilities for industries worldwide.
Orbis Electric takes a different path. By engineering a high-performance motor that requires no rare-earth elements, we reduce exposure to volatile supply chains and the environmental toll of rare-earth mining. Our approach supports domestic manufacturing, strengthens industrial resilience, and enables large-scale electrification without compromise.
In short: a cleaner, more secure foundation for the world’s energy future.