Kronos Fusion Energy Incorporated is at the forefront of developing advanced aneutronic fusion technology, aiming to achieve a fusion energy gain factor (Q) of 40. Our mission is to provide clean, limitless energy solutions for industrial, urban, and remote applications.
HEAT MANAGEMENT
Heat Exchangers (HM-HE-105): High-efficiency heat exchangers that transfer heat from one medium to another, essential for thermal regulation in fusion reactors. Use advanced designs and materials to maximize heat transfer and minimize energy loss, providing reliable and efficient operation. Transfer heat efficiently for thermal regulation.
Turbines (HM-T-106): High-performance turbines that convert thermal energy into mechanical energy, used in power generation systems. Designed for high efficiency and reliability, providing stable and consistent power output. Convert thermal energy into mechanical energy for power generation.
Cooling Systems (HM-CS-107): Comprehensive cooling systems that maintain optimal temperatures in critical components, using a combination of active and passive cooling techniques. Ensure stable and efficient thermal regulation, essential for maintaining optimal operating conditions. Maintain optimal temperatures in critical components.
Ventilation Systems (HM-VS-108): Advanced ventilation systems that ensure proper airflow and cooling, maintaining safe and stable conditions. Include fans, ducts, and air handling units designed for high efficiency and reliability. Ensure proper airflow and cooling for safe and stable conditions.
Air Filtration Systems (HM-AFS-109): Systems that filter and purify air, removing contaminants and ensuring clean environments for sensitive operations. Use advanced filtration technologies, providing high efficiency and reliability. Filter and purify air for clean environments.
Advanced Thermal Insulation (HM-ATI-110): Insulation materials that provide superior thermal resistance, maintaining stable temperatures and reducing energy loss. Include aerogels, foams, and fibrous insulations, designed for high performance and durability. Provide superior thermal resistance for stable temperatures.
Heat Recovery Systems (HM-HRS-111): Systems that capture and reuse waste heat, enhancing overall efficiency and sustainability. Use advanced heat exchangers and thermal storage technologies, providing reliable and efficient operation. Capture and reuse waste heat for enhanced efficiency.
Thermal Storage Solutions (HM-TSS-112): Solutions for storing thermal energy, ensuring a stable supply during peak demands and optimizing energy use. Include phase-change materials, thermal batteries, and high-capacity heat exchangers, providing reliable and efficient thermal storage. Store thermal energy for stable supply and optimized use.