Greenhouse inner screening system below glass roof

Climate & Energy Package

Climate systems coordinated with the greenhouse structure, crop and regional conditions.

We supply and coordinate greenhouse screening, heating, cooling, air circulation and CO2 systems as a practical material package for contractors and EPC project teams.

01Screening System 02Heating System 03Cooling System 04Air Circulation 05CO2 System

Climate equipment is not a loose accessory list. It must match the greenhouse design.

Climate and energy systems influence crop performance, energy cost, installation sequence and control interfaces. We help contractors define a clear supply scope, coordinate factories and reduce system-interface gaps before shipment.

01Design Interface

Coordinate screens, fans, pipes, pads and CO2 lines with the greenhouse structure.

02System Scope

Clarify main equipment, accessories, motors, brackets, valves, sensors and control points.

03Project Delivery

Review packing, labels and shipment sequence so climate materials are easier to receive on site.

Commercial greenhouse inner shade and energy screen system

Inner shading and energy screens for light, heat and energy control.

Screening systems affect summer shading, winter energy retention and crop-level light management. We coordinate screen fabric, drive motors, shafts, support wires, rails, pulleys and installation accessories with the greenhouse bay layout.

Shade Screen Energy Screen Drive Motors Support Wire & Rails Mounting Accessories
Greenhouse hot water heating pipes and heating manifold

Heating distribution prepared for stable winter production.

Heating package support can include hot-water pipes, manifolds, valves, expansion interfaces, insulation, supports and coordination notes for boiler or local heat-source connection. The supply boundary is defined around your project climate and local utility plan.

Heating Pipes Manifold & Valves Pipe Supports Insulation Scope Boiler Interface Notes
Greenhouse evaporative cooling pads and exhaust fans

Cooling equipment arranged for hot-climate greenhouse operation.

Cooling systems usually require coordinated evaporative pads, exhaust fans, water distribution, pump sets, louvers and structural openings. We review the equipment scope together with ventilation direction, bay width and regional climate conditions.

Cooling Pads Exhaust Fans Water Distribution Pumps & Basin Louver Interface
Greenhouse horizontal airflow fans above crop rows

Horizontal airflow fans for more even greenhouse conditions.

Circulation fans help reduce stagnant air, improve temperature uniformity and support humidity management across growing zones. We coordinate fan type, quantity, suspension hardware, cable route assumptions and layout references for the project team.

HAF Fans Suspension Hardware Layout Reference Electrical Interface Airflow Planning
Greenhouse CO2 enrichment manifold and distribution pipes

CO2 enrichment components coordinated with crop production areas.

CO2 system supply can include distribution pipes, dosing cabinets, manifolds, valves, sensors and greenhouse interface materials. We define what is supplied from China and what is better connected locally based on gas source, safety rules and project standards.

Distribution Lines Dosing Cabinet Valves & Manifold CO2 Sensors Local Gas Interface

What we confirm before production and shipment.

01

Crop & Climate Need

Review crop type, production season, light, temperature and humidity requirements.

02

Greenhouse Interface

Match equipment with bay spacing, roof height, sidewall openings and structure details.

03

Control Interface

Clarify motors, sensors, electrical cabinets and climate computer connection assumptions.

04

Packing & Labels

Prepare system-based packing logic so contractors can separate parts by installation zone.

Greenhouse climate system package prepared for contractor review

Send the greenhouse type, crop requirement and climate system scope.

We will review your drawings or BOM and help define the practical supply boundary for screening, heating, cooling, air circulation and CO2 system materials.