Center for «Energy Efficient Technologies and Energy Audit»

The “Energy Efficient Technologies and Energy Audit” сenter at the Karaganda Industrial University performs the functions of retraining and advanced training of personnel engaged in energy audit and expertise of energy saving and energy efficiency improvement, as well as the creation, implementation and organization of an energy management system.

Professional development of personnel is carried out in 4 directions (at the request of the customer):

1) Energy audit

2) Energy saving expertise and energy efficiency improvement

3) Energy audit and expertise of energy saving and energy efficiency improvement

4) Energy management

The “Energy Efficient Technologies and Energy Audit” Center is equipped with a fleet of modern measuring instruments:

1. Testo 330-11 gas analyzer

2. AKE-824 analyzer

3. Heat flow meter ITP-MG 4.03/5

4. Ultrasonic flowmeter+thickness gauge “Akron”;

5. Current pliers ATK-2038;

6. Pressure gauge DMC-01M.

7. Laser rangefinder;

8. Correlation leak detector T10.

9. Thermal imager Testo 882.

10. Luxmeter-brightness meter TKA PKM 02.

11. Contact thermometer TK-5.06.

12. Infrared thermometer AKIP-9304.

13. Anemometer TKA.

14. Vibration analyzer SD-21.

15. Vibrometer BALTECH VP-3410

The equipment of the center is actively used by students, undergraduates in the performance of diploma and master’s theses of the Department of Energy.

DESCRIPTION OF ENERGY AUDIT EQUIPMENT

A GAS analyzer is a device for determining the composition (concentrations) of exhaust flue gases during fuel combustion. It is used to determine the efficiency of burning combustible fuel (especially relevant for liquid fuel boilers).

Portable measuring device for the analysis of flue gases of furnace systems: scarlet furnaces (powered by diesel fuel, gas, wood and coal); low-temperature and condensing boilers; gas water heaters. This device allows you to configure and monitor the compliance of these systems with the established limit values.

It can be used for measurements at thermal power plants.

The AKE-824 ELECTRIC POWER QUALITY ANALYZER (AKIP) allows you to identify deviations in the parameters of the supplied electric energy from the permissible values established by the requirements of GOST standards:

– microprocessor–based power quality recorder – analyzer;

– carrying out measurements in 1-phase and 3-phase networks;

– measurement of alternating voltage and AC power, frequency, power (active, reactive, total), power factor, active and reactive energy.

The ITP-MG4.03 HEAT FLOW METER is a device designed to measure the density of heat flows passing through single-layer and multi-layer enclosing structures of buildings and structures, through cladding and thermal insulation of power facilities during experimental research and under operating conditions.

The device allows you to measure the air temperature inside and outside the room, as well as measure the density of heat flows.

ULTRASONIC FLOWMETER + THICKNESS GAUGE is a device for measuring the thickness of pipelines and reservoirs by non-destructive method. It is used by energy auditors as an addition to an ultrasonic flow meter, since the wall thickness of the pipeline is used as an input value.

Allows you to set the actual flow rate, speed and amount of liquid in the pipeline without cutting into it, using overhead sensors. This device also has the function of a thickness gauge, which allows you to measure the thickness of the walls of a pipeline or tank without causing damage.

 CURRENT PLIERS are a device for instantaneous measurements of parameters (voltage, amperage, active resistance) of AC and DC circuits in electrical installations of industrial, administrative and residential buildings. The principle of operation of modern current clamps is based on the direct measurement of the magnetic field generated by the current in the conductor around the conductor using a Hall sensor and allows you to measure the current of any shape, including direct current.

The testo 882 THERMAL IMAGER is designed for non-contact monitoring of the temperature distribution on the surface under study. Typical applications include:

– building inspection (heating, ventilation and air conditioning systems, departments of chief technologists of companies, technical and expert departments): Assessment of energy intensity of buildings;

– PPR (maintenance, control of mechanical and electrical properties and parameters of systems and mechanical equipment;

– production control (quality assurance), control of production processes.


DIFFERENTIAL DIGITAL PRESSURE GAUGE DMC-01M WITH DATA PROCESSING is a professional device for measuring pressure, dilution and pressure difference of gases, as well as for determining the speed and flow rate of gas and dust and air flows using pressure tubes. It is used in technological and environmental control of emissions from various industries, ventilation control of industrial facilities, aerodynamic research.

 

The SD-21 VIBRATION ANALYZER is used to assess and predict the state of rotating equipment by vibration, as well as to measure and analyze other types of signals converted into electrical ones.

CORRELATION LEAK DETECTOR SVYAZPRIBOR T10 – is used for accurate and rapid detection of leaks and unauthorized tie-ins in pipelines of household drinking water supply, hot water supply, heating and other pipeline systems, provided that the transported medium exits the pipe under pressure.

The LUXMETER – BRIGHTMETER is a device designed to measure the brightness of extended self-luminous objects by the overhead method (monitor screens) and illumination in the visible range of the spectrum (380 = 760) nm.

The CONTACT THERMOMETER TK-5.06 is designed to measure the temperature of various media, relative humidity of the air by direct contact of the probe with the measuring object.

An ANEMOMETER is a device designed to measure the speed of air movement.

The anemometer can measure the velocity and volumetric flow both in the duct channel itself and at the inlet or outlet from it.

With the help of an anemometer, you can take measurements both at individual points and perform a series of measurements along the entire length of the channel.

If you enter the value of the surface area, the device will automatically calculate the volume of air flow in m3/h.