CAES

1. Industry Demand

Compressed Air Energy Storage (CAES) features frequent peak-valley load fluctuations, rapid start-stop operation, high airtightness requirements and ambient temperature interference. The system requires efficient waste heat recovery, zero high-pressure air leakage and stable thermal regulation to minimize energy loss, guarantee long-cycle energy storage efficiency, and adapt to both large-scale power station and distributed micro energy storage scenarios.

2. Core Working Stations

Core scenarios cover multi-stage compressor waste heat recovery, variable-condition temperature control for expansion power generation, constant-temperature thermal preservation of high-pressure storage tanks, full-system efficiency optimization for large CAES stations and precise heat dissipation for distributed modular energy storage. It supports high-efficiency energy charging-discharging and stable long-term operation of adiabatic CAES systems.

3. Core Equipment

1. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Flagship equipment for large-scale CAES stations, high-pressure airtight and leakage-proof, adapting to fluctuating operating conditions, recovering compression waste heat and improving overall power generation efficiency; 2. Nexson GreenSpiral Spiral Heat Exchanger: Dedicated for storage tank thermal management, anti-fouling and low-maintenance, isolating ambient temperature interference and stabilizing constant-temperature energy storage status; 3. Thermowave ThermoMicro Brazed Heat Exchanger: Auxiliary equipment for distributed CAES systems, ultra-compact and modular, delivering ultra-precise temperature control and flexible capacity expansion for mini energy storage units.