District heating and cooling are worth a lot of money.
Prevent wasting money on additional bills with the right insight.

Spend the money right: Avoid getting an additional district heating bill by ensuring the right temperature on your return water.

As a commercial district heating customer you automatically return heated water to the heating plant after using it. If your return water happens to be too hot, there will be an energy loss. The raised temperatures require more water to produce the same amount of energy as with colder water, whereas you risk getting an extra bill.

When the temperature of the return water is too hot, the heating plant can do two things to ensure enough hot water for all:

  • They can send more water for district heating into the grid, and thereby in circulation, which will result in a raised energy consumption. Otherwise:

  • They can raise the water temperature, which will result in a raised energy loss in the grid.
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After all, optimal cooling can both save you and your surroundings for resources. 

If you manage to deliver cooled return water, the heating plant will need to warm up a smaller amount of water before forwarding it to the next consumer. If your return temperature is low, the cooling is good. In this case you have been good utilizing the energy, maybe based on temperature insights, and you will save the expenses on an additional bill.

Fact:
Buildings are responsible for approximately 40% of the total energy consumption.

 

Monitoring your cooling is a good investment

Expenses to cooling is a significant cost in most budgets and it pays off to check up on it. Additional bills on the district heating is a reality for many businesses but could easily have been avoided with improved insights in the consumption. Knowing the temperature on the in-run and out-run enables you to adjust the water temperature before the water is sent back.

Made easy by novel technology

ReMonis temperature sensor HeatMoniSpot provides you with an overview of the temperature of both in- and out-run. By combining AI and cloud-data HeatMoniSpot provides you with a user friendly overview of the water temperature on an ongoing basis. Exact data monitoring as often as every 5 minutes makes it easy to localize the hours added to the bill marked “district water heating” – and not least act upon it.



With HeatMoniSpot you can handle the problem immediately and avoid additional bills.


Beside cooling of the district heating you can save even more by being aware of your other installations.  You can also use a HeatMoniSpot to find and fix errors of this kind. Based on data you can ensure harmony in your installations by knowing that warming and cooling at the same location are not running at the same time – and thereby save time, money and resources.  

Minimize costs and CO2-emmision with harmonious installations

Yes, it seems logical. Nevertheless, errors in operation take place every day, all year around in all kinds of buildings. Monitor to fix the error and save a lot of money.

To ensure harmonious installations you need to be especially aware of locations where heating and ventilation are both being used. When an incident such as a power shutdown occurs, the settings are often reset, and the two functions suddenly run accordingly.

Does your Building Management System turn on both functions at the same time?

Energy waste can be avoided with improved insights in your consumption – as provided by HeatMoniSpot. Acting in time can save you for a significantly raised bill.

There could be large amounts of money to safe.

HeatMoniSpot provides you with real time data insights. Act on facts.

Still curious? In a house full of highly skilled engineers, we understand you. Therefore, we made you this bonus read about errors in the BMS and over-steering by users.


Unsuccessful heating? Find out where and why in ReCalc.

There can be multiple reasons for unsuccessful heating. No matter the error you would be able to detect and localize it in ReCalc – the cloud platform presenting the data on your cooling performance etc. in a user-friendly solution. Check it out on youtube here.

Based on the patterns in ReCalc the errors can be tracked back to defect shut ventils, broken radiator thermostats or something third. ReCalc makes it easy to find defects causing abnormal ups or downs in the consumption pattern. The only thing you need to do is to log onto ReCalc.

You will find everything you need to know about ReCalc here.