Wall Mounted Air Conditioner

Summer air-conditioning use often overlaps with daytime solar power generation. The system can use electricity from PV modules to support the refrigeration system and reduce corresponding mains electricity consumption. The combined power-supply design gives project buyers more configuration options than a single-source solution.

The configuration is not a guarantee of continuous operation during a power outage. If the air conditioner must keep running after a power failure, storage capacity, changeover method, and backup power capability must be verified before purchase.

Key features

• Daytime solar use: PV power can supply part of the air-conditioning load when solar generation and cooling demand overlap.
• Flexible power configuration: PV direct drive, energy storage, and mains power can be combined according to project requirements.
• Clear capacity range: Common specifications are 1–3 HP for small rooms, offices, shops, and larger spaces.
• Project calculation support: Module dimensions and nominal power parameters allow preliminary calculation of PV installation requirements.
• Remote technical support: Equipment debugging, parameter adjustment, and system update guidance are available.
• After-sales support: Alarm troubleshooting, maintenance support, and supply/replacement of related damaged parts, excluding consumables.

Technical parameters

How the power supply works

The system combines PV direct drive, energy storage, and mains power. The project configuration can balance solar utilization and power supplementation according to the site conditions and load profile. Compared with a single-source solution, this combination provides more power configuration options, but the final operating result still depends on system sizing and commissioning.

PV module quantity should be calculated from the air-conditioner rated power, daily operating time, local sunlight conditions, module nominal power, and available installation area. Do not judge solar coverage only by module count. Confirm the calculation during quotation so that the configuration matches the air-conditioning operation requirements.

Production and pre-shipment checks

Production is configured to the approved order: unit horsepower, module nominal power and dimensions, power-supply mode, and accessory list are checked against the order. Pre-shipment checks cover nameplate/model, appearance, accessory completeness, and basic commissioning settings.

Project-specific test reports, acceptance documents, and destination-market compliance documents are confirmed in the quotation and sales contract. This allows buyers to verify the required document package before shipment rather than assuming a standard package for every market.

How to buy and what to confirm

For a photovoltaic wall mounted air conditioner project, provide the following information so the configuration can be calculated:

1. Usage area and required cooling capacity.
2. Country or region of the project.
3. Estimated daily running time.
4. Available installation area for PV modules.
5. Whether night operation or power-outage backup is required.

Before ordering, confirm the available roof or site area, sunlight shading, cable routing, energy-storage equipment location, and electrical conditions. For high-rise residential buildings without an available roof or other PV installation site, evaluate feasibility before project implementation.

At the quotation stage, confirm the supply scope of the complete system, not only the air-conditioning unit price. The quotation should clarify module quantity, storage requirements, changeover configuration, accessories, document package, freight terms, and service scope.

Before and after purchase

Before order, buyers can confirm:

• Preliminary PV module quantity and installation area evaluation.
• Power-supply configuration based on daytime load, night operation, and backup requirements.
• Installation-condition checklist, including roof/site, shading, cable routing, and storage location.
• Quotation scope, document list, and commercial terms.

After delivery, support includes:

• 12-month warranty period.
• Remote technical guidance for equipment debugging, parameter adjustment, and system updates.
• Inspection and repair of non-human quality issues.
• Alarm troubleshooting and maintenance support when equipment cannot operate normally.
• Supply and replacement of related damaged parts, excluding consumables.
• Refrigerant shortage treatment or technical support according to the actual situation and sales contract.

The specific service scope, responsibility determination, and refrigerant replenishment conditions are subject to the sales contract.

Why this configuration is suitable for project procurement

• Reduces daytime mains electricity dependence: PV generation can support air-conditioning operation in places with high daytime cooling loads.
• Flexible power-supply planning: PV, energy storage, and mains power can be configured according to project needs.
• Clear selection range: Common 1–3 HP specifications allow preliminary selection by space and cooling load.
• Easier project accounting: Module dimensions and 590 W nominal power parameters support preliminary installation calculation.
• Support during installation and maintenance: Remote debugging, parameter adjustment, and troubleshooting reduce communication costs.

These advantages translate into savings only when local electricity prices, sunshine conditions, equipment operation time, and initial system investment are evaluated together. Confirm the complete system supply scope during quotation.

FAQ