Source solar air conditioners and energy-efficient cooling systems for distribution, HVAC contracting and project applications. We support product selection, market-specific configuration and OEM customization across hybrid solar AC, off-grid cooling, industrial cooling and solar refrigeration.
Choose a product category according to power availability, cooling load, operating schedule and installation conditions. Each category leads to a focused page for reviewing the relevant system architecture and selection criteria.
Designed for projects that combine direct solar input with grid electricity. Selection should consider cooling capacity, photovoltaic input conditions, local voltage and frequency, daytime solar availability and required nighttime operation.
Explore ACDC Solar Air ConditionersDesigned for locations without reliable grid electricity or projects using a 48V battery-based power architecture. System planning should match cooling capacity with battery storage, solar charging conditions, daily runtime and nighttime demand.
Explore DC48V Solar Air ConditionersAvailable for projects evaluating collector-assisted solar cooling. Product selection should consider cooling capacity, collector installation conditions, local climate, installation space, refrigerant requirements and electrical backup conditions.
Explore Solar Thermal Air ConditionersAvailable for commercial, facility and process-cooling projects. Selection begins with cooling load, target water temperature, flow requirements, ambient conditions, site power supply and integration with the chilled-water system.
Explore Chiller SystemsAvailable for factories, workshops and large operating spaces where heat load, airflow and installation conditions determine system selection. Cooling capacity, air delivery, ambient conditions, voltage, frequency and maintenance access should be reviewed before configuration.
Explore Industrial Energy-Saving Air ConditionersAvailable for agriculture, retail, food storage and remote refrigeration projects. Configuration should consider storage volume, target temperature, daily duty cycle, solar and battery conditions, local climate and installation space.
Explore Solar FreezersSolar air-conditioning systems are not selected by cooling capacity alone. Grid stability, solar availability, daytime and nighttime operation, battery requirements and installation conditions all affect the appropriate system architecture.
Solar power is prioritized when conditions are suitable. Grid power supports the system when solar input is limited or unavailable.
When the PV input meets the unit’s operating requirement, solar power can run the air conditioner directly.
Solar power remains the priority while grid electricity supplements the required input.
When solar input is unavailable, the air conditioner can operate from 208–240 V AC grid power.
Illustrative operating sequence only. Final PV voltage, current, climate and heat-load verification is required before installation. Solar-only operation depends on actual PV voltage, current, irradiance and installation conditions.
A practical direction for projects with grid electricity, photovoltaic installation space and significant daytime cooling demand. Confirm cooling capacity, solar input conditions, local electrical standards and nighttime operating requirements before configuration.
A practical direction for remote sites or locations with unavailable or unstable grid supply. Battery capacity, solar charging conditions, daily runtime, nighttime demand and seasonal solar availability must be evaluated together with the cooling load.
A project direction for applications prepared to integrate a solar thermal collector with the air-conditioning system. Collector location, climate, available installation area, cooling requirements, refrigerant and electrical backup conditions should be reviewed before selection.
Product configuration can be discussed around brand identity, exterior design, packaging, destination-market voltage and frequency, and refrigerant requirements. Start with the target application and power conditions so the customization scope can be aligned with practical market and installation needs.
Bringing the product type, power conditions, destination-market requirements and customization needs into one project scope gives both sides a clearer basis for configuration comparison and quotation discussion.
ACDC hybrid solar air conditioners can support projects with grid access and usable photovoltaic installation space. Buyers should match room cooling load, daytime occupancy, local voltage and frequency, solar conditions and nighttime operation with the selected configuration.
DC48V solar air conditioners are relevant to remote buildings, distributed facilities and locations affected by unreliable electricity. Cooling load, battery storage, solar charging conditions and required operating hours determine the system configuration.
Chillers and industrial energy-saving air conditioners address different cooling requirements in factories, workshops and process environments. Selection depends on whether the application requires chilled water, direct air delivery, large-space cooling or equipment-level temperature control.
Solar freezers support agriculture, food, beverage, retail and remote cold-storage applications where power availability influences equipment selection. Storage volume, target temperature, ambient climate, duty cycle and solar or battery conditions should be included in the project inquiry.
Our work goes beyond listing cooling products. Product discussions begin with the application, power conditions, operating schedule and destination-market requirements so buyers can narrow the product direction before moving into detailed configuration and quotation.
Compare system architectures according to grid stability, solar conditions, cooling demand, runtime and installation environment rather than selecting by product name alone.
Discuss branding, product appearance, packaging, voltage, frequency and refrigerant requirements around the needs of the destination market.
The product range covers solar air conditioning, off-grid cooling, commercial and industrial cooling, and solar refrigeration, giving distributors and project buyers different product paths within one cooling portfolio.
Project discussions can include cooling requirements, electrical conditions, solar or battery architecture, operating schedule and application constraints before the final product configuration is reviewed.
The objective is to help distributors, HVAC contractors, solar installers and project integrators move from an initial requirement to a clearer product and configuration scope.
Discover how Verdicool's advanced solar and evaporative cooling solutions are driving efficiency and reducing operational costs for commercial facilities worldwide.
"The 100% solar air conditioners from Verdicool drastically cut our warehouse energy overhead. The ROI was achieved in less than 18 months. Highly recommended for large-scale deployments."
"We distribute evaporative air coolers across the Middle East. Verdicool's units perform exceptionally well even in peak summer temperatures. Outstanding build quality and a highly reliable supply chain."
"Switching to their hybrid solar cooling systems was a game-changer for our manufacturing plant. The installation was seamless, and the ongoing operational stability is exactly what we needed."
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Share the product category, application, power conditions, cooling requirements and destination market. This information provides a clearer basis for product selection, configuration and quotation discussion.