Power Quality Analysis

CareLabs examines the power quality of Finland businesses. Our goal is to protect your electrical installations, electrical equipment, and appliances against power supply variations

Many businesses and an increasing number of individual customers today rely on data collection, monitoring, and instrumentation equipment that is very sensitive to power supply fluctuations. Few electrical equipment are designed to withstand the voltage fluctuation spectrum that is a common feature of distributed electricity. CareLabs can help you with power quality issues associated with equipment installation, control, protection, and power conditioning.

Power Quality Analysis Objective:

Disagreements in the electrical system and load are evaluated.
Evaluating the workplace to improve simulation methods for offering power quality solutions.
Predicting load equipment efficiency and operation
Improve the power factor and reliability of the machine.

Avoid using too much energy.
To avoid faults and disruptions.
Reducing power quality anomalies such as harmonics, spikes, and transients.
Assist in preventing voltage/frequency spikes and PLC lockups.
To avoid overheated transformers, capacitor explosions, and nuisance tripping.
Reduce your utility expenditure dramatically.
Extend the service life of the network and its components.
Inspect electrical equipment to ensure that it can withstand modifications.

Power Quality Analysis is Required in Finland:

All electrical networks have supply outages, which become more common when storms, natural disasters, or accidents destroy power lines.

Power supply fluctuations are very normal. In the qualities of power transmitted by an electricity network, there are three categories of fluctuations, disturbances, and distortions.

1.A frequency deviates from its typical frequency range when it exceeds it.

2. Voltage disruptions occur when the voltage form is maintained but the voltage amplitude exceeds the normal range.

2.1 Voltage drops (dips) and voltage spikes of up to one minute duration are examples of short-duration variations.

2.2 Long duration voltage fluctuations are under voltages and over voltages that last more than one minute.

2.3 Unbalanced voltage occurs when the load is distributed unevenly across the phases, causing significant equipment heating.

2.4 Voltage differences between neutral and ground

3.Disturbances caused by voltage distortion – when the voltage is not uniform or sinusoidal in shape.

3.1 Device heating, increased losses, inefficient power utilization, and resonance issues are all caused by harmonics and inter harmonics.

3.2 Transients lasting less than a tenth of a second and capable of damaging switch contact surfaces, creating system inefficiencies, and causing motor drives and control to fail prematurely.

What is Included in a Power Quality Analysis?

Identifying various power quality concerns involves the use of various methodologies, such as the following:

Harmonic Analysis is the use of computer algorithms to detect and predict potential harmonic problems, as well as reduction methods.
Surge and Transient Analysis: Surges and transients will be identified in this inquiry.

This study would track the voltage’s short-term drop and rise, as well as its value and trajectory.
Reactive Force Evaluation The preferred reactive power at the distribution and load ends will be determined by this investigation.
This project would measure and synchronize captive electricity in order to meet demand while lowering energy surcharges and fuel use.
Depending on the operating circumstances, this analysis predicts power flow magnitudes, power factor, voltage levels, and losses in system branches.

CareLabs provides the best service possible in order to improve the quality and dependability of your electrical installation for the benefit of all of its clients. We provide power quality analysis in Helsinki, Vantaa, Espoo, and Tampere, among other significant cities. Contact us right now to schedule an inspection of your electrical quality or to acquire a quote!