New Zealand power static solutions

What is static power ists P?

Static Power’s panel mount iSTS are dedicated to applications requiring a high level of reliability. iSTS P is designed to be integrated in 3rd party switchboard or enclosure and is adaptable to all specific requirements.

Who is power electronics NZ?

Established in 2003, Power Electronics NZ Ltd is a locally owned supplier of world leading AC motor control products – variable speed drives and soft starters, utility scale solar inverters, EV chargers and innovative power quality solutions.

Is New Zealand a fully renewable power system?

New Zealand is in a unique position, we already have a very high level of renewable electricity generation. However, a fully renewable power system is not without challenges and opportunities. To address the challenges and opportunities, it is important to work collaboratively to achieve the best outcome for New Zealand and our consumers.

How is electricity generated in New Zealand?

Traditionally in New Zealand electricity is generated by large power plants which are predominantly synchronous machine based. There is a large increase in the share of inverter-based resources (IBR) in the generation mix which includes solar PV farms, wind farms, BESS, and hydrolyser-based generation. Dynamic response during transient events.

Who sells AC motor control equipment in NZ?

Mark Duncan - Managing Director, has been selling AC motor control equipment in NZ for more than 25 years. Mark has a solid technical electrical background, has a broad understanding of all applications and can service the products he sells. He has a strong focus on solar, battery energy storage and electricity network power quality matters.

What happens if a site has a bad power factor?

So, if a site has a bad power factor, they will be drawing more power than they actually use, this inefficiency will increase power bills and the site’s carbon footprint. Power factor correction, is the correction of leading, or lagging power within a power system, by the use of capacitor banks, or static VAR Generators.