Energy heat meters
Energy meter - heat meter Hydrocal-M3 / return QP=0.6M3/H QS=1.2 M3/H
BMeters
Energy heat meters
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / supply QP=0.6M3/H QS=1.2 M3/H
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / supply QP=1.5M3/H QS=3.0M3/H
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / supply QP=2.5M3/H QS=5.0M3/H
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / return QP=0.6M3/H QS=1.2 M3/H
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / return QP=1.5M3/H QS=3.0M3/H
Energy heat meters
Energy meter - heat meter Hydrocal-M3 / return QP=2.5M3/H QS=5.0M3/H
Coltraco Ultrasonics
Permaflow® fixed, clampable, ultrasonic flow and heat meter
Diehl Metering
Ultrasonic heat meter for soil energy systems - DN20, Glycol
Energy heat meters
Ultrasonic clamp-on heat flow meter Type: BFU-100-M-M (50-700 mm)
Energy heat meters
Ultrasonic clamp-on heat flow meter Type: BFU-100-M-S-C (40-100 mm)
Energy heat meters
The operating principle of energy heat meters involves measuring the temperature differences of the heating medium (usually water) circulating through the system. By measuring the incoming and outgoing temperatures, along with the flow rate of the medium, the heat energy can be calculated according to the formula Q = mcΔT, where Q is the heat energy, m is the mass of the medium, c is the specific heat and ΔT is the temperature difference.These meters provide accurate data on heat consumption at individual locations, enabling homeowners, businesses and utilities to monitor, bill and optimize energy use. They also play a role in encouraging energy-efficient behavior as individuals become more aware of their heat consumption.
Energy heat meters contribute to sustainable energy management by enabling accurate measurement of heat consumption, reducing energy waste and improving the efficiency of heating systems. Combined with other energy-saving measures, these meters help promote a more sustainable and environmentally friendly society.