Enginuity Power Solutions has experience working with clients from all walks of life. Browse our latest projects below to get a better understanding of the type of work our team excels in, how our processes go, and the results we can generate for clients.
Enhancing Power Quality to Cut Energy Costs & Waste
ESG,Power Quality
Improving power quality through Active Harmonic Filters and Static Var Generators can significantly reduce energy consumption and costs. This not only benefits individual organisations by saving money and reducing equipment wear and tear but also alleviates stress on the power grid, contributing to overall energy efficiency and sustainability.
What is an Active Harmonic Filter (AHF), and why might you need one?
Power Quality
Active Harmonic Filters are installed to reduce, or mitigate, harmonics by using a set of transistors and capacitors to filter (or clean) the current wave by injecting inverse currents to cancel out the undesired harmonic components. With minimised harmonics, you are ultimately optimising your power supply.
What is a Static Var Generator (SVG), and why might you need one?
Power Quality
A static var generator (SVG) is a power electronics-based device which is connected in parallel with an electrical load and dynamically provides a solution to power quality problems caused by poor power factor and reactive power demand.
ABB synchronous reluctance motors and drives enable reduced carbon emissions in an energy efficient upgrade for Hobart CBD building.
Enginuity Power Solutions was contacted by Stuart Sypkes, Director of Propery at 85 Macquarie Street, Hobart, with a goal to increase the reliability of current (aging) HVAC operations as well as reduce the energy demand, thus increasing the overall energy efficiency of the building, currently home to around 250 workers on any given day.
ABB’s technology enables Hobart Aquatic Centre to save an estimated $36 000 annually in reduced energy costs.
Commissioned in 1998, the Hobart City Council recognised that due to aging infrastructure, the energy required to heat such large volumes of water to maintain a comfortable swimming temperature year-round, was becoming unmanageable with rising costs seen not only in heating bills, but also impacting the environment.
