Water Cooled Centrifugal Chiller MagBoost 1200-12500 kW MagLev OilFree COP 6.0 R134a R513A T3 55°C

The MagBoost water-cooled centrifugal chiller delivers maximum electrical efficiency (COP > 6.0, IPLV > 11.0), zero oil environmental liability, and complete carbon data visibility through IoT connectivity. No other commercial chiller combines all three priorities at this scale.

The oil-free magnetic bearing design eliminates energy losses from oil circulation and removes all environmental liabilities associated with oil management. Over a 20-year lifecycle, this eliminates approximately 4,000-6,000 liters of lubricating oil consumption and 3,000-5,000 liters of waste oil generation per machine.

The MagBoost achieves the highest efficiency in the commercial chiller market, resulting in the lowest electricity consumption and Scope 2 carbon emissions per ton of cooling.

• COP > 6.0 – Lowest electricity per ton of cooling
• IPLV > 11.0 – Best annual integrated efficiency
• 865,000 kWh annual savings – At 5,000 kW scale vs. conventional centrifugal
• 346 tonnes CO₂ avoided annually – Per plant, per year
• $300K-$500K annual energy cost savings – Direct financial return
• Fastest carbon payback – Premium investment recovered in 2-4 years

The magnetic bearing system eliminates all oil infrastructure, simplifying ESG reporting and eliminating recurring environmental liabilities.

• Zero oil consumption over 20+ years – Eliminates recurring environmental liability
• Zero waste oil generation – Simplifies hazardous waste reporting
• No oil contamination risk – No environmental cleanup liability
• No oil pump energy – 2-5% of total system power eliminated
• Sustained rated efficiency – No oil-fouling degradation over time
• ESG reporting simplification – One fewer environmental category to track

Integrated edge computing and IoT connectivity provide real-time energy data for immediate optimization and automated carbon reporting.

• Real-time energy visibility – See carbon impact as it happens
• Automated carbon reporting – Data aligned with CDP, GRI, TCFD
• Edge computing – Local analysis for immediate optimization
• Cloud trend analysis – Long-term efficiency and emissions tracking
• Predictive maintenance – Detect efficiency degradation before it wastes energy
• OTA updates – Efficiency improvements delivered without site visits

At up to 12,500 kW per machine, the MagBoost consolidates chiller plants, reducing embodied carbon and installation complexity.

• 3-4 MagBoost replace 6-8 conventional – At 50,000 kW scale
• Lower embodied carbon – Less manufacturing emissions
• Less refrigerant charge – Total system refrigerant reduced
• Fewer end-of-life disposal impacts – Fewer machines to recycle
• Smaller plant room – Less construction embodied carbon
• Fewer maintenance interventions – Reduced service vehicle emissions

Integrated TurboV variable-frequency drive provides soft-start capability and power factor correction for grid compatibility and reduced demand charges.

• Power factor > 0.98 – No utility penalty charges
• Soft starting – Reduced peak demand charges
• Harmonic distortion < 5% – No additional filtering needed
• Grid-friendly – Compatible with renewable energy integration
• Demand response ready – Revenue opportunity from grid services
• Lower demand charges – Reduced peak electrical demand

The MagBoost's class-leading efficiency and refrigerant options ensure compliance with current and future energy regulations.

• Ahead of energy codes – Class-leading efficiency ensures future compliance
• F-Gas compliant through 2030+ – R134a/R513A meets foreseeable regulations
• Mandatory reporting ready – IoT data feeds into automated compliance systems
• Smart grid integrated – Demand response and dynamic pricing compatible
• OTA updateable – Software improvements delivered remotely
• No stranded asset risk – Technology leads regulatory requirements

• Net-zero carbon districts – Maximum efficiency for minimum emissions
• District cooling networks – Centralized plants with IoT carbon visibility
• Green-certified mega-projects – Highest LEED/BREEAM energy credits
• ESG-focused portfolios – Real-time carbon data for investor reporting
• ISO 50001 certified facilities – Automated energy monitoring and reporting
• Data center campuses – 10+ MW with minimum carbon footprint
• Government sustainability programs – Meets stringent energy and carbon requirements
• Carbon trading programs – Verified emissions data for credit generation
• Smart city infrastructure – Grid-integrated, demand-response ready
• Regulated markets – Future-proof compliance with evolving energy codes

• CE Certification – European Economic Area compliance
• AHRI 550/590 – Verified performance for North American standards
• TUV SUD Certification – Additional safety and quality verification
• ISO 9001/14001/45001 – Quality, environmental, and occupational health management systems