Hydronic Air Conditioning Systems

Hydronic Air Conditioning Systems use chilled water or hot water as the cooling or heating medium instead of direct refrigerant expansion. These systems are widely deployed in large commercial buildings, IT parks, hospitals, hotels, industrial plants, pharmaceutical facilities, airports, and institutional campuses where centralized cooling and high energy efficiency are required.

We install, service, and maintain Centralised Cooling Units (AHU) including Floor Mounted and Ceiling Suspended Air Handling Units, as well as Dedicated Zone Cooling Units (FCU) including Split/Hi Wall, Cassette, Ducted, Tower/Vertical, and Custom Fan Coil Units. Each configuration requires specific hydraulic design validation, control strategy implementation, and commissioning expertise.

Yes, we offer comprehensive Annual Maintenance Contracts (AMC) for hydronic systems including AHU coil cleaning and inspection, valve performance testing, pump alignment and vibration monitoring, flow verification and rebalancing, insulation inspection, electrical panel maintenance, and seasonal readiness testing. Customized AMC contracts are structured for commercial and industrial centralized air conditioning systems.

Low cooling performance is commonly caused by flow imbalance issues, AHU/FCU coil blockage or fouling, pump malfunction, valve actuator failure, air lock problems, leakage in chilled water pipelines, or pressure instability. We provide rapid breakdown support with root cause analysis to restore proper flow and temperature control.

Our hydronic AC system installation includes AHU and FCU installation, chilled water supply and return piping fabrication, valve installation (balancing valves, PICVs, control valves), pump integration and hydraulic coordination, expansion tank and air separator installation, pipe insulation and vapor barrier finishing, flow meter and instrumentation installation, electrical panel wiring, ducting integration, and hydro testing, flushing, and system cleaning.

Our commissioning services include flow measurement and balancing, differential pressure verification, valve presetting and calibration, temperature performance validation, pump performance testing, AHU coil performance testing, control logic verification with BMS, and full-load and part-load performance analysis. We provide structured commissioning reports with flow readings, pressure data, and performance validation documentation.

Yes, we execute retrofitting services including conversion from constant flow to variable flow, valve upgrades to PICVs, pump replacement and VFD integration, pipe resizing and rebalancing, coil cleaning and performance restoration, automation panel modernization, and capacity enhancement and expansion. Retrofitting improves energy efficiency, comfort control, and lifecycle performance.

We provide BMS integration for AHUs and pumps, differential pressure-based pump control, control valve automation, temperature sensor integration, energy monitoring systems, alarm and fault detection configuration, and remote monitoring dashboards. Automation ensures stable flow control, optimized energy consumption, and improved system reliability.

Energy efficiency is improved through Delta-T performance analysis, pump energy optimization, flow recalibration, pressure drop analysis, energy consumption audit, and control strategy refinement. Optimized hydronic systems reduce electricity consumption and improve long-term HVAC plant performance.

Regular preventive maintenance includes AHU coil cleaning and inspection, valve performance testing, pump alignment and vibration monitoring, flow verification and rebalancing, insulation inspection, electrical panel maintenance, and seasonal readiness testing. This ensures uninterrupted hydronic performance and minimizes downtime.