Revolutionizing heat recycling…beginning at the EDGE
Revolutionizing heat recycling…beginning at the EDGE
Whywaste edge server heatwhen it couldefficiently heathomes and businesses. . .
The Problem
Edge Compute Heat: An Untapped Resource
2% of global electricity is consumed by data centers today, expanding by 12% annually. By 2026, data centers are expected to consume 1,000 TWh globally. The energy used for cooling servers alone could power 50% of US homes for a year. Yet, most of this heat is treated as waste.
Environmental Impact
Data center cooling energy contributes 5.6 million tons of CO2e emissions annually. Globally, heating contributes 40% of CO2e. Additionally, the average data center uses 300,000 gallons of water each day – the same as 100,000 US homes.
Impactful Statistic
The average data center uses 300,000 gallons of water daily just to cool servers – enough to provide heating solutions for countless communities.
The HITA Solution
Innovative Digital Heating Technology
Hita's groundbreaking digital heating technology is transforming the way edge server heat is recycled. With advanced algorithms and sensors, we optimize heat transfer and energy efficiency, reducing costs for edge locations.
Proof of Concept
HITA PT1 heated a 2,000 sq. ft. home at 98% efficiency through a Northeast winter, brought a 500-gallon tank to jacuzzi temperatures, and served numerous applications in ultra-cold environments.
Key Benefits
Energy Efficiency
Reusing server waste heat to heat spaces, significantly cutting energy usage.
Cost Savings
Less energy consumption means reduced heating costs while meeting ESG goals.
Environmental Impact
Our technology supports a greener future by minimizing carbon emissions and promoting sustainability.
With a 10% edge market share, HITA could offset the CO2e emissions produced by all homes in NY and CA for an entire year, transforming waste heat into a valuable resource.
Market Potential
Growing Demand for Edge Servers
AI, gaming, and video processing have driven a surge in demand for edge servers. These servers reduce latency and improve data processing times for critical, real-time applications.
Market Size
Growing at a CAGR of 33.6%
HITA Technology
Immersed Servers
Full immersion maximizes heat transfer to water-based heating systems while minimizing server hot spots and extending GPU life.
Machine Learning Optimization
Proprietary software manages facility water, immersion fluid, and server temperatures for peak performance.
Remote Control
Our remotely controllable heaters provide unparalleled management of the heating system.
Overclocking Capability
Overclocking allows for increased compute capacity and additional revenue opportunities.
Customer Interest
Aquaculture
A facility in Maine, currently relying on dirty fuel, is interested in HITA for consistent 78°F water temps.
Commercial Real Estate
A commercial real estate owner is eager to install HITA's P2a, with the potential to save over $100,000 annually in fuel costs.