Shaxian Junhua Hotel is a county-level mid-range business travel hotel, mainly serving business travelers and transit tourists. For this type of hotel, the core demand for intelligent upgrade is usually low-interference renovation while in operation, balancing experience upgrade and energy consumption control, which is a typical applicable scenario for Shifenzhi’s wireless room control solution.

I. Core Renovation Requirements

• Renovate while the hotel is in operation, avoid damaging the existing decoration through slotting and wiring, shorten the construction period as much as possible, and reduce the impact on normal business operations;

• Create a convenient smart guest room experience and enhance the hotel’s differentiated competitiveness in the regional market;

• Control ineffective energy consumption in unoccupied guest rooms, reduce per-room operating costs and increase profit margins;

• The system has a low O&M threshold, which can be quickly mastered by the hotel’s in-house engineering team, reducing long-term O&M costs.

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II. Standard Wireless Room Control Solution

To meet the renovation needs of such hotels, Shifenzhi usually provides a fully wireless smart room control system based on the VersLink wireless ad-hoc network protocol, which requires no weak current control wiring. The core configurations are as follows:

• Distributed peer-to-peer networking architecture: Adopts a centerless peer-to-peer network architecture, where a single device failure will not affect the operation of the entire room system, ensuring higher stability. Guest room devices automatically form a network after power-on; after connecting to the hotel’s private network, cloud-based remote management, OTA upgrades and troubleshooting can be realized, greatly reducing on-site O&M workload.

• Full-scene smart linkage functions: Equipped with wireless identity-recognition card-insertion power supply. After inserting the card, the welcome mode is triggered automatically: corridor lights and main lights turn on sequentially, and electric curtains open synchronously. Wireless integrated smart panels are installed at the bedside, supporting one-touch switching between multiple scenes (bright, reading, leisure, sleep) with synchronized linkage of lighting, curtains and air conditioners; matching wireless temperature control panels can precisely adjust the room temperature.

• Digital service interaction system: Wireless multi-functional electronic door displays are installed at room entrances, which synchronously show room status, Do Not Disturb, Please Make Up Room and Please Wait states, and are intelligently interlocked with the doorbell function. Service instructions are synchronized to the hotel management backend in real time via wireless network, shortening the service response chain.

• Lightweight cloud management backend: Equipped with a B/S architecture guest room management platform, supporting real-time room status monitoring, energy consumption data statistics, remote device debugging, service work order processing and other functions. Management staff can complete the management of the entire hotel via the web terminal without installing a dedicated client.

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III. Expected Implementation Value

• Low-interference rapid construction: The wireless solution eliminates weak current wiring and requires no demolition or modification of wall decoration. Construction can be carried out floor by floor and zone by zone, minimizing the impact on the hotel’s normal operations.

• Upgraded stay experience: Scene-based one-touch control is easy to operate, adapting to the fast-paced stay habits of business travelers, and helping the hotel build a regional differentiated experience advantage.

• Effective energy consumption control: Card-insertion power supply links with all controlled power circuits in the room, paired with smart air conditioning operation strategies, effectively eliminating ineffective energy consumption during unoccupied periods.

• Worry-free long-term O&M: The distributed architecture ensures that single-point failures do not disrupt the overall system. With remote O&M capabilities, the hotel’s in-house engineering team can handle most daily issues.