Whether it's a server room that can't be allowed to fluctuate by a single degree, or a powerhouse control room in the middle of a hydroelectric plant — HVAC that works every day, in every season, is a discipline of its own. We've been quietly delivering it since 2009.
Every HVAC project starts with a load calculation and ends with a commissioning test. In between: design, supply, install, insulate, balance, document.
Computer Room Air Conditioning for data centres, ICCC rooms and sensitive electronics. Close-coupled to IT load. Humidity and particulate control. Redundant units with smart changeover. Deployed at every SMIPL data-centre build.
For larger cooling loads — process cooling, large commercial and institutional buildings. Up to 140 TR with scroll or screw compressors. Energy-efficient design with variable-speed compressors and economiser operation.
Ductable split AC systems for offices, conference rooms, airport lounges and institutional spaces. VRF (Variable Refrigerant Flow) systems for multi-zone buildings needing independent temperature control across floors and rooms.
Complete building-level HVAC for government complexes, PSU offices and institutional facilities. Integrated with BMS for central monitoring, energy management, and scheduled operation. Compliant with ECBC energy norms.
Salal Hydroelectric Power Station — a 690 MW run-of-river facility on the Chenab River in J&K — is one of the flagship hydropower assets of NHPC Limited. SMIPL delivered HVAC systems engineered for the specific demands of a powerhouse environment: machine-hall cooling, control-room precision AC, auxiliary-building climate control.
Hydroelectric plants are unforgiving HVAC environments. High humidity from the river, dust from the mountains, continuous operation, and equipment that cannot be allowed to overheat. Our design accounted for every one of these constraints — and has been running reliably since commissioning.
Not just offices. The sites where HVAC failure costs production, safety, or mission success.
Precision AC with N+1 redundancy. Hot-aisle/cold-aisle containment. Particulate filtration.
Machine-hall cooling, control-room HVAC, auxiliary buildings — hydroelectric and thermal.
Border-post climate control, command-room HVAC, sensitive-equipment cooling.
Full building HVAC for PSU offices. BMS-integrated. ECBC-compliant. Energy-optimised.
Whether it's 2 TR for a server closet or 200 TR for a process plant — we do the load calculation, recommend a design, and execute. Site survey is usually the right first step.
