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Indirect Heat Interface Units (HIUs) have a plate heat exchanger (PHEX) separating the heat network and space heating circuits. Consequently, the energy meter within the HIU only measures the secondary heat network flow rate, heat network supply temperature and heat network return temperature.
Unique to the Kamstrup MULTICAL® 603 energy meter is the option of adding an additional ultrasonic metering station (UMS-54) which can be installed within the HIU on the tertiary space heating circuit.
Continuously monitoring the performance of space heating systems within all apartments, this can help to determine and shave off peak heating demands.
Monitoring heat demand for different apartment types and sizes (hence only installing these in a selection of apartments). This can help designers and consulting engineers determine whether heating loads have in fact been oversized.
Verifying the correct commissioning of space heating flow rates collectively and through individual heat emitters that have pre-settable thermostatic radiator valves installed on them.
Establishing the correct pump setting, which can often be guess work, for different apartment types and sizes (hence only installing these in a selection of apartments). This could lead to excessive energy use.
In addition to the verification of commissioning the UMS will continue to measure the space heating volume weighted average return temperature (VWART), giving a greater insight to the efficiency of the individual dwelling. Continuous automatic monitoring and targeting (AM&T) using the Smart M-Bus infrastructure ensures the building remains as energy efficient as commissioned, and where the building is not, that the required remedial work can easily be determined and rectified as quickly as possible.
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The UMS-54 is an additional ultrasonic metering station that can be installed within the HIU on the tertiary space heating circuit. It allows for continuous monitoring of the performance of space heating systems within individual apartments, which can help determine and reduce peak heating demands.
By monitoring the heat demand for different apartment types and sizes, the UMS-54 can help designers and consulting engineers determine whether heating loads have been oversized, allowing for more accurate sizing of heating systems.
The UMS-54 can be used to verify the correct commissioning of space heating flow rates, both collectively and through individual heat emitters that have pre-settable thermostatic radiator valves installed.
The UMS-54 can help determine the correct pump settings, which can often be guesswork, for different apartment types and sizes. This can help prevent excessive energy use.
In addition to verifying the commissioning of the space heating system, the UMS-54 will continue to measure the space heating volume weighted average return temperature (VWART), giving greater insight into the efficiency of the individual dwelling. The continuous automatic monitoring and targeting (AM&T) using the Smart M-Bus infrastructure ensures the building remains as energy-efficient as commissioned, and any required remedial work can be easily identified and addressed.
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