SECTOR 14 · RENEWABLE ENERGY
Renewable Energy & Battery Dry Room HVAC
Ultra-low dew point (-40°C) dry rooms for EV lithium-ion battery cell manufacturing, solar PV cell cleanrooms, and wind turbine component plant HVAC.
Key Air Engineering Focus Areas
Custom HVAC systems designed specifically for high operational performance, environmental compliance, and worker thermal comfort.
Lithium Battery Dry Rooms
Specialized desiccant dehumidification systems maintaining dew point at -40°C to -50°C to prevent lithium electrode degradation.
Dew Point -40°CLithium Cell Dry RoomSolar PV Wafer & Cell Cleanrooms
ISO Class 6 cleanrooms with airborne molecular contamination (AMC) chemical filters for silicon wafer etching.
Solar PV CleanroomAMC Chemical FilterWind Turbine Blade Resin Bays
Constant 23°C temperature control and epoxy vapor exhaust hoods for composite blade vacuum infusion bays.
Composite Resin TempEpoxy Vapor ExhaustRegulatory Compliance & Engineering Standards
Ultra Low HumidityTwin-tower desiccant rotors supplying dry air at <1% RH.
Airtight EnclosuresHermetically sealed insulated panel walls with welded vapor seals.
AMC FiltrationChemical filters removing siloxanes & dopants in PV cleanrooms.
Energy RecoveryHeat reactivation recovery on desiccant dehumidifiers.
INDUSTRY FAQs
Frequently Asked Questions
Why do lithium-ion battery manufacturing rooms require a -40°C dew point?
Pure metallic lithium reacts violently with atmospheric moisture to create lithium hydroxide and hydrogen gas, so air must be virtually bone-dry.
How do desiccant dehumidifiers achieve negative dew points?
Desiccant rotors impregnated with silica gel or molecular sieve continuously absorb water molecules from process air and release them in a heated exhaust stream.
Need a Custom HVAC Design for Your Facility?
Consult with our senior application engineers in Vatva, Ahmedabad today.