SEAWATER AIR CONDITIONING (SWAC)/LAKE SOURCE COOLING(LSC)
SEAWATER AIR CONDITIONING (SWAC)
LAKE SOURCE COOLING (LSC)
IDEAL FOR HIGH-DENSITY COMPUTING AND AI WORKLOADS
Crypto mining farms firms benefit from lower operating expenses and improved hardware longevity.
Seawater Air Conditioning (SWAC) and Lake Source Cooling (LSC) offer a high-efficiency cooling solution ideal for crypto mining operations, AI data centers, and machine learning clusters, where energy-intensive cooling is a major cost driver.
- Reduces electricity consumption by up to 90% compared to traditional air conditioning systems.
- Optimized for AI & crypto mining, cutting cooling costs and increasing profitability.
- Eliminates reliance on chemical refrigerants, reducing maintenance costs.
- Uses deep ocean or lake water to provide natural, continuous cooling.
- Crypto mining farms benefit from lower operating expenses and improved hardware longevity.
- Machine learning and AI data centers gain scalable, sustainable cooling for high-performance computing.
- Large-scale commercial & industrial applications, including hospitals, airports, and entire cities, can integrate SWAC/LSC for long-term energy savings.
PROVEN TECHNOLOGY, ADVANCED APPLICATIONS
Initially developed by the Natural Energy Laboratory of Hawaii Authority (NELHA) in the 1980s as part of Ocean Thermal Energy Conversion (OTEC) research, SWAC/LSC has been field-tested for decades. With growing energy demands from AI-driven technologies, this low-cost, high-efficiency cooling system is more relevant than ever.
SWAC/LSC presents an unparalleled opportunity for businesses relying on crypto, AI, and advanced computing to slash cooling costs, optimize energy usage, and enhance operational efficiency.
HOW IT WORKS
SWAC/LSC plants range in size from 400 to 80,000+ tons of cooling capacity and draw millions of gallons of cold water from an ocean or lake to act as a cooling agent for large-scale air conditioning. As the cycle completes, it can be combined with a nearby desalination plant to provide fresh water.
- Significant Cost Savings – Reduces energy consumption by up to 90%, dramatically lowering cooling costs for large-scale operations.
- 24/7 Reliable Cooling – Utilizes an endless supply of naturally cold ocean or lake water, ensuring uninterrupted performance.
- Long Lifespan & Low Maintenance – Equipment is designed to last 50 years, with minimal upkeep compared to traditional cooling systems.
- Eliminates the Need for Chillers & Cooling Towers – Reduces capital and operational expenses by removing costly mechanical cooling infrastructure.
- Stable Long-Term Pricing – Locks in predictable cooling costs, avoiding volatility associated with traditional energy markets.
- Boosts Local Economies – Keeps energy expenditures within the region by utilizing locally sourced cooling solutions.
- Well-Proven Technology –Successfully implemented at Cornell University, Toronto (Canada), Sweden, Bora Bora, and numerous other locations worldwide.
Ideal for crypto mining, AI data centers, high-performance computing, and large commercial operations, SWAC/LSC delivers unmatched cost efficiency and reliability for businesses with high cooling demands.