News and Information

Shenzhen professional customer control brand

2013

11-04

Hotel guest control system technical requirements

2013

05-17

Nobel laureate Mo Yan was stranded by heavy snow during his trip.

Nobel laureate Mo Yan flew to Sweden on the afternoon of December 5th to receive the Nobel Prize in Literature. However, a rare blizzard struck Stockholm that day, causing the local airport to close and flights to be delayed. Mo Yan's daughter, Guan Xiaoxiao, posted two Weibo messages at 4:28 AM Finnish time (10:28 AM Beijing time on December 6th), revealing the whereabouts of Mo Yan's group. "Stuck at the airport hotel due to heavy snow, hoping to fly to Stockholm smoothly today." She also reposted a comment, complaining: "Ugh, last night waiting for the bus in the snow, it was freezing, so many people, then the taxi driver was super hardy, wearing short sleeves and shorts, saying he wasn't cold at all." Earlier reports indicated that Mo Yan's group, who departed from Beijing on a Finnair flight, had arrived safely in Helsinki, Finland, which Guan Xiaoxiao's Weibo post confirmed. According to media reports, the Nobel Prize in Literature press conference was originally scheduled for 12:00 PM local time on December 6th (7:00 PM Beijing time) in the Swedish Academy Hall. Based on the timeline, Mo Yan's group still had a chance to attend the press conference. The Nobel Foundation was prepared for the inclement weather. Annika Pontigis, PR manager of the Nobel Foundation, said in an interview that relevant parties would provide convenience for the Nobel laureates, helping them arrive in Stockholm quickly and safely to attend related events, and that "Nobel Week," which will begin on December 6th, would not be significantly affected.

2012

12-06

More than 1,000 franchise stores - 7 Days Inn is expanding rapidly!

2012

12-03

iPad2 controls guest rooms - World's tallest hotel opens

2012

12-01

Relying on self-discipline - the hygiene condition of budget hotels is worrying

2012

11-29

Economy hotel expansion is rapid! Outpacing KFC!

2012

11-26

How can hotels achieve true energy efficiency?

How can hotels achieve true energy efficiency? Reading the following might help! Hotel intelligent room control systems use software control algorithms and user-friendly measures for automatic control of room air conditioning, real-time management and service of rooms, and control of room lighting. This ensures that guest needs are met while ensuring the reasonable use of equipment, achieving true green energy-efficient hotels. Air conditioning energy consumption control: According to relevant statistics, the energy consumption of air conditioning, lighting, elevators, and other systems in hotels and other commercial buildings is roughly as follows: ① Air conditioning: Hotel HVAC (heating, ventilation, and air conditioning control) energy consumption accounts for 44% of total energy consumption. ② Lighting: Hotel lighting energy consumption accounts for 29% of total energy consumption. ③ Elevators: Hotel elevator energy consumption accounts for 10% of total energy consumption. The energy consumption of air conditioning in star hotels generally accounts for more than 40% of the hotel's electricity consumption in summer. People are accustomed to using air conditioning in summer, setting the temperature too low. In fact, adjusting the indoor temperature to 24-28 degrees Celsius, with a humidity of 40%-60%, is most suitable for human comfort. Experts have calculated that for every 1-degree Celsius increase in air conditioning temperature, electricity consumption can be reduced by 8%. For example, the Beijing International Hotel alone can save 254,000 kilowatt-hours of electricity in a single summer, equivalent to 172,700 RMB. Saving 1 kilowatt-hour of electricity saves 4 liters of water and reduces pollution emissions equivalent to 0.272 kg of carbon dust, 0.997 kg of carbon dioxide, and 0.03 kg of sulfur dioxide. In summer, when a hotel room is unoccupied, the hotel intelligent room control system uses a computer network to pre-set the temperature of all unoccupied rooms, preventing the air conditioner from running uncontrollably and wasting energy when the room is unoccupied. For example: For a 30-square-meter room, the air conditioner consumes 12 kilowatt-hours of electricity per day at a cost of 1.0 RMB per kilowatt-hour. Raising the cooling temperature by 2℃ saves approximately 16% of energy, or about 2 kilowatt-hours, which is 12 x 0.16 x 1.0 = 1.92 RMB per day per room. For a hotel with 100 rooms, this saves 1.92 * 30 * 100 = 5706 RMB per month and 5706 * 12 = 69120 RMB per year. Therefore, accurate and real-time adjustment of room temperature is very helpful for energy saving. In addition, after guests fall asleep, their body temperature drops by about 2 degrees Celsius. At this time, the room temperature should be controlled at an appropriate temperature to prevent guests from catching a cold. The system automatically (or via the control panel) adjusts the temperature to 27-28℃ at midnight to save energy, ensuring guest comfort and preventing colds. In other words, setting the air conditioning temperature to sleep mode at this time truly achieves energy saving. The "CAN networked thermostat" in the guest control system product series perfectly achieves this, showing consideration for guests and reducing energy costs for the hotel owner. Room service management Room service management mainly involves understanding guest habits and schedules to provide proactive service, reduce complaints, and reduce the workload of service staff. The conventional staff-to-room ratio is 1:1.5. Through real-time monitoring of rooms by the system, the number of service staff can be reduced by at least 10%-20%, reaching the international hotel management standard ratio of 1:1.1. Service staff can accurately and real-time enter rooms for daily cleaning through the system, improving work efficiency and responding promptly to guest service requests, reducing room management costs. The network system provides effective and timely responses and records of guest safety, property security, and service requests, enhancing the hotel's brand image. For example, a hotel with 100 rooms and a 1:1.5 staff-to-room ratio needs approximately 150 employees. If the average monthly labor cost per person is approximately 1200 RMB, reducing 6 employees saves at least 7200 RMB per month and 86400 RMB per year in labor costs. Lighting control The hotel intelligent room control system considers occupancy and time of day for all lighting in the room, as well as guest habits. Lights are only turned on when needed, and easily turned off, saving energy and ensuring safety. Hotel owners know that once a guest checks in, the guest essentially controls the room. The hotel has no control over how guests use appliances and lights, making energy saving difficult and significantly impacting operating costs. In addition to air conditioning energy consumption, a typical example is the bathroom lights, which are often left on due to user habits, even after leaving the bathroom, sometimes until check-out. Hotel room intelligent control systems address this by using infrared sensors to control bathroom lighting: the lights turn on when a guest enters and turn off automatically ten minutes after the guest leaves, unless manually turned off. Note for star hotels: The above ratios are based on the overall renovation of hotel rooms. In summary, the initial investment in a guest control network management system is higher than that of conventional systems, but the direct and indirect benefits are obvious. Preliminary statistics show that the annual return rate of using a hotel room intelligent control system is 200,000 RMB. Future maintenance The hotel room intelligent control system uses a modular system structure, distributing different functions of the guest control system to various modules. This improves upon the drawbacks of traditional guest control systems with a host-based structure: if a device malfunctions, the entire backend system may fail, reducing troubleshooting efficiency. The modular structure of the room control system ensures that a malfunction in one functional module does not affect the operation of other modules, making troubleshooting easier. The plug-in wiring method of the guest control system also simplifies equipment maintenance and replacement.

2012

11-24

Hotels nationalized!

2012

11-23

Two major online travel agencies are fighting! The winner will be clear within a year!

2012

11-22

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