Hanon Systems has announced that the company is supplying its innovative highly integrated cooling entity for electric vehicles. The very compact and multifunctional thermal management module is designed to integrate several components – including the innovative eCompressor, electronic expansion valve block, a combined water-cooled condenser, and internal heat exchanger, chiller, A / C lines, and pressure and temperature sensors – into a single high powerdensity solution that reduces system complexity, improves thermal performance, and enhances energy utilization, contributing to extended driving range. The highly integrated cooling entity developed by Hanon Systems was first deployed in BMW’ s fully electric

iX3 SUV model. Designed for electric vehicles, the highly integrated cooling entity manages the thermal needs of multiple vehicle subsystems through an intelligent thermal management module. Weighing only 16 kg( 35lbs), the system dynamically regulates refrigerant flow and temperature to optimally support real-time demands such as fast charging, highperformance driving, and extreme weather, all while minimizing energy usage. In addition, the module includes design elements related to noise, vibration, and harshness( NVH), such as vibration isolation components and a sound cover. This design facilitates scalable production and efficient vehicle assembly, supporting adaptability to a wide range of battery electric vehicle platforms.

Nautilus Data Technologies has announced a major performance expansion for its EcoCore Facility Cooling Distribution( FCD). The company is introducing a highperformance, positive pressure configuration for its Cooling Distribution Units( CDUs), designed to support the escalating thermal and flow demands of the latest processor architectures and to comply with NVIDIA Core certification requirements. As the data center industry continues towards extremedensity AI and HPC workloads, Nautilus has optimized its modular 4MW FCD platform to align with the future of direct liquid cooling( DLC). The new configuration creates an alternative to the unit’ s vacuumbased option, leveraging a design using parallel 30HP pumps. The configuration allows the FCD to address the significant pressure drops associated with modern

DLC loops and deliver maximum flow rates. Supports latest GPU Requirements: The high-pressure design allows both pumps to operate simultaneously, delivering the full-rated flow and thermal capacity required of today’ s greatest chip demands( such as NVIDIA Rubin GPU). Enhanced Redundancy: The added configuration adds internal pump redundancy, complementing Nautilus’ s existing system-level resiliency. Integrated Filtration: The configuration includes robust, integrated filtration to ensure long-term loop integrity and performance. The positive pressure configuration will become the default for the EcoCore FCD to ensure broad compatibility with AI infrastructure. In addition, Nautilus will continue to offer its proven proprietary leakprevention configuration.

HERING AG, based in Gunzenhausen, Germany, manufactures several hundred exhaust gas heat exchangers annually for a wide range of industrial applications and performance classes. The company designs and produces tailored waste heat recovery systems for use with biogas, natural gas, and diesel engines, as well as for conventional combined heat and power( CHP) plants and specialized industrial waste heat recovery projects. Its exhaust gas heat exchangers are engineered to improve overall energy efficiency by capturing and reusing thermal energy that would otherwise be lost in flue gases. These systems are deployed across diverse sectors, including pharmaceuticals, food

processing, power generation, and oil and gas, where energy optimization and emissions reduction are key operational priorities. HERING supplies customized solutions configured with optional bypass systems, insulation, and integrated safety technologies. The equipment is designed for both indoor and outdoor installation environments and can be adapted to meet specific project requirements and operational conditions. To ensure global applicability, HERING’ s products are certified in accordance with multiple international standards, enabling deployment across different regulatory jurisdictions. The company’ s manufacturing

capabilities and engineering expertise support both standardized and highly customized solutions,

allowing it to address a broad spectrum of industrial heat recovery needs.