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Y.K.R New Energy | Solar Direct Power Heat Pumps Solve Energy Efficiency Demands for a 2000m² Warehouse in Thailand!
The "Survival Challenge" of Tropical Warehousing:
In the tropical climate of Ubon Ratchathani Province, Thailand, with an average annual sunshine of over 2,000 hours, warehouses generally face the following problems: traditional fans cannot withstand the 38°C high temperature, and skin care products are at risk of melting; conventional air conditioning modifications require the demolition of shelves, which directly affects the daily turnover of 5,000 pieces of goods.
The client's core requirements: low energy consumption, high efficiency, no changes to the warehouse layout, and uninterrupted operations during installation. Y.K.R Heat Pump's innovative solution was a solar direct power air source heat pump system that converts sunlight directly into cooling energy.
Solar Direct Power Heat Pump Technology:
Y.K.R customized two YK-06/BPKTR3-G heat pump units (each with a cooling capacity of 150kW) for the warehouse, paired with monocrystalline silicon double-glass solar panels that fully cover the roof. The core technology lies in "Solar Energy Direct Power": using an MPPT controller, the solar panels directly power the heat pumps, eliminating the need for energy storage and reducing energy losses by 15%-20% compared to traditional solutions.
The operating hours of the warehouses in Thailand highly overlap with the peak sunshine hours, creating a real-time matching of "Generating Electricity While Consuming It"

Exclusive customized solutions:
To address the high racking and high turnover characteristics of warehouses, Y.K.R utilizes "modular duct packaging + concealed installation," even featuring anti-collision treatment at elbow joints. The project manager emphasized, "We want our equipment to become the warehouse's 'invisible steward'—invisible yet able to sense temperature stability."

In a cosmetics warehouse in Ubon Ratchathani, Thailand, Y.K.R keeps a constant temperature of 25°C the norm. More importantly, the system leverages Thailand's abundant sunshine resources to achieve a 25% improvement in overall energy efficiency compared to conventional solutions, reducing life cycle costs by 18%.
This "Replacing The Power Grid With Sunlight" model is charting a clear path for energy efficiency upgrades in the Southeast Asian warehousing market—not simply replacing air conditioners, but reconstructing the energy ecosystem with direct photovoltaic drive.

Today, when skin care products in the Thai warehouse are circulated in an orderly manner in a constant temperature environment;
Y.K.R is proving that the global value of China's heat pump technology lies in defining innovation based on scenarios and using technology to turn every ray of sunshine in tropical regions into sustainable energy.