Discover how real-time wireless monitoring is helping hospitality sites to reduce energy and water waste, cut costs, and meet reporting requirements.

The UK Sustainability Reporting Standards (UK SRS) are changing how energy, water and waste are viewed across the hospitality industry. While the standards have initially targeted larger hospitality businesses, many smaller sites sit within supply chains where requests for data on energy use, water efficiency and improvement actions are becoming more common. 

Water is an increasing focus, as the Environment Agency has warned that England faces long-term water shortages. It has projected a shortfall of up to 5 billion litres a day by 2055, with prices likely to rise. For a water-reliant industry, knowing how much water is used on-site and finding ways to make savings is becoming even more essential. 

Real-time wireless monitoring has helped a growing number of sites to take control. These systems provide instant insights on key parameters, helping teams spot problems and reduce waste – all without disrupting busy kitchen operations. 

Real-Time Monitoring and Food Spoilage Prevention

One of the most valuable uses of real-time wireless monitoring is tracking temperatures in kitchens, cold rooms, and food storage areas. Maintaining the correct temperatures is essential for food safety and compliance, and it also helps reduce waste. By quickly identifying any temperature fluctuations, sites can prevent spoilage before it leads to discarded stock, saving both the food itself and the energy used to store it.

Lowering Energy Costs with Real-Time Monitoring

In addition, some hospitality teams are using real-time monitoring data to assess whether freezers and cold storage units can be safely operated at slightly higher temperatures. – gathering evidence to prove there isn’t a risk to food safety.

This approach can help to significantly lower energy consumption — especially when implemented across multiple sites — supporting both sustainability goals and cost efficiency.

Acting Fast with Automatic Alerts for Door Contact

Alongside temperature monitoring, tracking fridge and freezer door activity is also valuable, as open doors can quickly disrupt controlled environments and increase energy use.

Wireless monitoring systems make it possible to set up alerts for door activity and provide detailed insights, including how long doors are left open, which doors are most frequently affected, and which areas or sites are most affected.

By identifying patterns in door usage, hospitality teams can take targeted action to reduce energy loss, maintain food safety, and improve overall operational efficiency.

Example of Real-Time Wireless Monitoring Sensor

Real-Time Wireless Monitoring

  • Track key parameters like temperature, energy, water use, and door contact.
  • Automated reporting for easy analysis.
  • Instant alarm notifications.
Discover the WatchmanOne System

Reducing Water Usage with Real-Time Wireless Monitoring

As with energy consumption, many hospitality sites are under increasing pressure to monitor and manage water usage.

From kitchens and bars to guest facilities, water is a constant operational requirement, and monitoring its use is essential for reducing waste, controlling costs, and supporting sustainability objectives.

Identifying Leaks and Acting Fast

Real-time wireless monitoring can track water usage across different areas of a site, providing managers with the insights needed to identify inefficiencies or unusual spikes in consumption.

Sudden increases may indicate potential leaks or other issues, allowing teams to investigate and respond quickly before problems result in higher bills, wasted water, or operational disruption.

Examples of Data from the WatchmanOne Real-Time Wireless Monitoring System

Many hospitality sites now use the WatchmanOne Real-Time Wireless Monitoring System to track key metrics like temperature and door status.

The example below shows how real-time data is displayed, giving users access to current freezer temperatures, operating ranges, and equipment status. It also includes door status – whether open or closed, along with the time limit before an automatic alarm alerts relevant personnel.

Click the image to see a full size view

Below is an example of a graph tracking energy usage. As noted in the key, the red line represents the first high parameter, the burgundy line the second, and the blue line the low parameter.

The graph shows the date and time when energy usage exceeded each threshold.

Click the image to see a full size view

As sustainability reporting increases and operating costs continue to rise, real-time monitoring is becoming more important for hospitality sites.

Outsourced monitoring services can often be expensive, but bringing monitoring in-house can help to deliver savings, all while supporting ongoing reporting requirements.

To learn more about how a real-time monitoring system could work for you and your team, contact us directly on 01473461800 or sales@klipspringer.com. Alternatively, complete the form below and we will be in touch. 

If you would like to learn more about Real-Time Wireless Monitoring and the WatchmanOne System, we would be happy to help. Share your details below and we’ll get back to you right away.

    Libby Loughnan, Content Manager at Klipspringer

    About the Author

    Libby Loughnan is Content Manager at Klipspringer, specialising in food safety and compliance. She writes extensively on helping commercial kitchens improve food safety, cut costs, and work more efficiently, covering everything from equipment storage to food oil management.