Comprehensive Integration – Full Assessment and Optimized Planning for Cooling, Heating, and Waste Heat Management
Through advanced AI technology, TECO provides precision control for HVAC valves and coordinated computing to achieve temperature stability within ±0.1–0.5°C. TECO HGBP integration guarantees system stability even under 10% low-load conditions, ultimately delivering the highest possible Integrated Part Load Value (IPLV) and COP."
Simultaneous Cooling and Heating Needs:
For facilities such as hotels and hospitals, TECO provides PM Screw-Type heat pump units that supply both chilled and hot water. Through heat recovery technology, the overall system COP is maximized.
Constant Temperature and Humidity Requirements:
For manufacturing and electronics facilities, TECO PM Screw-Type heat pump units replace high-energy-consuming devices such as electric heaters and boilers. This significantly reduces overall energy consumption, achieves balanced cooling and heating, meets precise environmental requirements, lowers operational costs, reduces carbon emissions, and minimizes capital expenditure.
Core Advantages
AHRI Ready
Free assessment, customized solutions, and one-stop ESCO services.
40–180 ℃ heat pump, dual cooling and heating, suitable for diverse applications.
Comprehensive solutions with deep integration to enhance energy-saving efficiency.
Assist in applying for energy-saving subsidies, reducing operational costs, and increasing ESG benefits for owners.
Precise Temperature Control for Stable Process Quality
Large temperature differential with low flow rate
Maintains stable operation of the chiller even at loads as low as 10% using HGBP technology
Projects
Constant Temperature and Humidity Control
Utilizes a dual-effect four-pipe heat pump system, replacing the original chiller plus boiler setup. A single unit simultaneously meets both cooling and heating demands, increasing the overall COP from 1.65 to 13.
Constant Temperature and Humidity Control
Utilizes a dual-effect four-pipe heat pump system, replacing the original chiller plus boiler setup. A single unit simultaneously meets both cooling and heating demands, increasing the overall COP from 1.65 to 13.
Energy-Saving Solution for PCB Factory: Process Heating and Facility Cooling
The heat removed from facility cooling is redirected to the PCB cleaning process, eliminating the need for cooling towers, cooling pumps, and electric boilers. This integrated energy-saving solution reduces equipment energy consumption and achieves payback in less than 7 months.
Products
85°C Air-Cooled High-Temperature Heat Pump Water Heater
Featuring cascade variable-frequency compression technology and dual refrigerant coupling (R410A + R134a), it delivers efficient and stable heating. With low GWP and zero ODP, the system maintains heating output even at low temperatures and supports simultaneous heating and cooling, effectively enhancing workshop comfort and energy efficiency.
95°C Air-Cooled Ultra-High-Temperature Heat Pump Water Heater
120°C Air-Cooled Heat Pump Steam Generator
The complete Copeland solution features the ZWV650 high-temperature dedicated compressor, original electronic expansion valve, and professional control system. With simultaneous heating and cooling, dual refrigerant design (R410A + 245fa), zero ODP, and low GWP, the system ensures stable and safe operation, ideal for industrial retrofitting and energy-efficient upgrades.
120°C Heat Recovery Heat Pump Steam Generator
Modular design adapts to complex operating conditions, achieving a COP 0.5 higher than conventional screw-type units. Stable operation is ensured with a professional high-temperature heat exchanger design, guaranteeing safe and reliable performance at elevated water temperatures.
120°C High-Temperature Screw Heat Pump
Utilizes waste heat to enhance overall efficiency, with a single unit generating up to 2,400 kW of heating. Suitable for 90°C waste heat, capable of producing hot water up to 120°C. Features a high-temperature screw compressor and environmentally friendly refrigerant with ODP = 0, delivering high efficiency with low carbon impact.
120°C Industrial Large-Capacity High-Temperature Centrifugal Heat Pump
Equipped with a permanent magnet synchronous direct-drive motor and an advanced independent counterflow high-efficiency dual-loop heat pump system. Single-unit heating capacity reaches up to 10 MW, with a maximum outlet water temperature of 130°C.
180°C Steam Compressor
Utilizes patented toothed rotors to enhance efficiency, with an all-stainless-steel structure for high corrosion resistance and stability. PLC-based automatic control ensures precise operation, and key components feature dual-redundancy design, comprehensively improving reliability and production performance.
Applications
Textile Industry
Applied in general air-conditioning systems.
Coating Process
Applied in comfort air-conditioning systems.
Brewing Industry
Applied in process air-conditioning and process cooling.
Metal Processing
Applied in large-space air-conditioning.
Electronics Industry
Applied in comfort air-conditioning.
Contact Us
Chuo Wen-heng
Factory Process Heating & Cooling
- gu2262@teco.com.tw
- +886-2-26553333 #1341
