The vibrant, full-color touchscreen interface greatly simplifies usage by providing an interactive and intuitive user experience. The display’s rich, high-resolution colors not only make it aesthetically appealing, but also enhance clarity and ease of navigation. This state-of-the-art feature not only makes operation significantly more convenient, but also ensures quick access to various functions, providing an overall smoother interaction with the device.

Two controllers can be utilized concurrently with one indoor unit. This dual-control system ensures that the operation mode and settings are determined by the most recent command received from either controller. This provides added convenience and flexibility, allowing adjustments to be made from different locations as needed.

The controllers employed in this system utilize a calculation Method, a cutting-edge technology designed to precisely estimate the electricity consumption of the outdoor units. This innovative method takes into account several factors to provide an accurate assessment of energy usage.

After the total electricity consumption is estimated, the system then intelligently distributes this consumption across the various indoor units. This allocation process is based on specific algorithms designed to ensure fairness and equity. It takes into account the individual usage patterns of each indoor unit, thereby providing a balanced division of electricity charges.

The ultimate objective of this unique method is to create an equitable distribution of electricity costs among the occupants of a building. This system provides transparency in billing and fosters a sense of fairness among users, as they are charged based on their individual usage rather than a flat rate. By accurately estimating and distributing energy usage, the calculation Method makes a significant contribution to promoting efficient energy management in multi-occupancy buildings.

Users are offered extensive control over their indoor units, with the ability to set certain limitations. These include the setting of minimum cooling and maximum heating temperatures, fan speed control, and specific operation modes. The system also allows the locking of air flow direction, remote controllers, and wired controllers. This degree of customization ensures an optimized and secure user experience tailored to individual needs.

By utilizing a feature that allows the importation of floor plans, users can virtually place indoor units on their exact physical locations within the building. This is done simply by dragging and dropping the units on the plan. This process results in a customized system schematic that mirrors the actual layout of the indoor units within the space. This digital representation not only provides a visually clear understanding of the system’s configuration, but also facilitates easy monitoring and control of the units. This enhances the management of the system, enabling efficient operation and troubleshooting based on the visually coherent layout.

Users are provided with the flexibility to organize and view their units based on different categories such as group, system, or location. This feature simplifies unit management, making it more transparent and easy to navigate. Whether it’s viewing units belonging to a particular group, understanding the arrangement of a specific system, or pinpointing a unit’s location, this categorization contributes to a more convenient and streamlined operational experience.

The system offers the convenience of monitoring and controlling the settings and configuration of the outdoor units from within the comfort of the indoors. This eliminates the need to physically go outside to adjust or check on the outdoor units, adding a layer of ease and efficiency to system management.