Highlights from Merus Power Partner Meeting 2017
With participants from 15 countries and 5 continents, Merus Power hosted it’s biggest Partner Meeting to date In our knowledge sharing platform our partners, new...
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Merus Power strengthens its position in Asia-Pacific
Merus Power has opened a representative office in Singapore, which brings us a step closer to our valued customers in Asia-Pacific region and enables us...
Successfully securing the operational reliability of two of the UK’s leading food processing plants
The successful commissioning of Merus active harmonic filters has been completed in two of the leading food and beverage plants in UK. The first deliveries...
What are the benefits of improving power factor? (Part 1)
Electricity transmission and distribution systems are designed to carry a certain amount of current without overloading. Too much current causes excessive resistive losses in electric...
Merus digging deeper into mining in Australia
Merus Power together with our local partner ONE is delivering a containerized STATCOM solution of 8MVAr at 11kV. The container is in delivery at the moment,...
Merus Power at Hannover Messe 2017
The biggest industrial event of the year is fast approaching. Merus Power will be exhibiting during 24-28.4 and you will have a chance to meet...
Merus Power delivers power quality systems to 207MW windfarm in Brazil
Merus Power Oy delivers power quality systems to Mangueira wind farm in Rio Grande do Sul in Brazil. The second largest windfarm in Brazil –...
Basics of reactive power compensation (Part 2)
Inductive elements, such as transformers and magnetizing coils in AC motors, store energy into their magnetic field. The direction of the magnetic field (is such...
Merus Power presented with Technology Innovation Leadership award by Frost & Sullivan
Merus Power’s innovative power quality solutions – Active harmonic filters, Statcom’s, SVC’s and UPQ’s – improve power quality, increase productivity, and save energy. The power range...
Basics of reactive power compensation (Part 1)
Power is defined as a rate of flow of energy past a given point. In electrical circuits, power is also defined as the product of...
Basics of Harmonic Distortions (Part 2)
As the harmonic currents generated by the users’ equipment flow back towards the power source, they cause additional voltage distortion due to impedance associated with...
Basics of Harmonic Distortions (Part 1)
The load current of a purely resistive load is sinusoidal and in phase with the voltage. When the load also contains reactance, a phase-shift between...