Central Air Conditioning Billing System

From the perspective of project economic benefits and energy-saving analysis, the Tuosen T8000 central air conditioning prepaid billing system highlights that central air conditioning systems have become major energy-consuming systems in the construction industry. Reasonable on-demand usage, usage-based billing, reducing energy consumption costs, and enhancing corporate profitability are key considerations for energy-saving renovations in commercial buildings such as hotels, shopping malls, residences, hospitals, and offices.

From the perspective of smart applications, with technological advancements and increasing demands for informatization, smart homes will gradually be promoted nationwide. The main functions of smart residential areas should be reflected in speed, efficiency, safety, and convenience.

The Tuosen T8000 central air conditioning billing system is a software system developed based on computer monitoring systems, combining domestic and international technological advantages, and tailored to the characteristics of property management. This system can perform data collection, calculation, and analysis processing for central air conditioning and HVAC engineering systems, and efficiently manage operational equipment for energy conservation. For centralized heating and cooling system control, it prevents energy waste, improves energy efficiency, ensures effective utilization of system energy, extends system lifespan, seeks low-cost energy utilization, and enhances the comfort of office or home environments.

Trends in time-based billing systems for central air conditioning:

Charging based on usage reflects the basic billing principle of "use as needed, pay as used," meaning "pay for what you use." It also guides property owners to establish correct consumption concepts and enhance energy-saving awareness, thereby achieving the goal of energy conservation.

1. Responding to national energy-saving calls, the "Design Standard for Energy Efficiency of Public Buildings" also mentions that "the measurement of cooling and heating in centralized air conditioning systems, like heating measurement in northern regions of China, is an important building energy-saving measure. When actual conditions require and corresponding conditions are met, it is recommended to install cooling and heating measurement devices for different floors, indoor areas, users, or rooms."

2. Meeting the needs of property management, traditional "area-based分摊" billing methods lead to significant energy consumption and increased burdens on property owners. The billing system ensures fair and accurate billing with evidence, effectively reducing disputes between owners and property management.

3. Convenience and efficiency: automated meter reading, centralized control, and timed control functions allow property management personnel to directly check equipment operating status at the billing system management center, meeting the needs of property management.

4. Equipment load and lifespan: whether for centralized cooling or heating systems, traditional billing methods not only result in wasted energy consumption but also cause energy use to exceed design requirements, prolonged overload operation of units, ineffective variable frequency systems, frequent maintenance, high costs, and shortened unit lifespan. Usage-based billing encourages reasonable air conditioning use, keeps units operating under reasonable loads, makes variable frequency systems effective, ensures periodic maintenance, and extends unit lifespan.

5. Reflection of smart building applications: building intelligence and building automation technologies are becoming increasingly mature. Centralized cooling and heating control is one manifestation of smart building applications.

6. Highlight of properties: for public buildings with centralized cooling and heating, household metering and billing methods are fair and reasonable. The use of metering equipment brings significant later benefits and great appeal to property owners.