Dynamic Power Quality Solutions

Static Var Generator (SVG) and Active Power Filtering (APF) Solutions

Dynamic in response, the SVG and APF solutions provide power quality correction instantly for all load conditions ensuring you maintain very good power factor and low harmonic pollution.

From reducing electricity bills to improving productivity and performance, look no further for a smart investment choice for better, reliable, adaptable, affordable, and modern technology to improve power factor and mitigate harmonics.

Modular in design the SVG and APF technology is easy to install and allows for easy expansion as your requirements change. Hybrid combinations are also possible providing customers an all in one power factor and harmonic filtering solution for the complete power quality package.

With cabinets available for commercial and industrial applications, 4 wire options for load balancing and a smart touchscreen interface, the SVG and APF range from NHP is sure to have your application covered.


Click on the Static VAR Generators and Power Filtering Solutions brochure to view the exciting new range from NHP of dynamic power quality solutions for power factor correction and harmonic filtering applications.

NHP's own National Manufacturing and Distribution Centre receives a timely upgrade [CASE STUDY]

With a power factor of approximately 0.8 lagging, NHP's facility in Laverton, Victoria, required an innovative solution to correct the power factor and improve the power utilisation onsite while also reducing energy costs.

Technical News / White Papers

Select from these power factor and harmonic technical news publications to learn more about these power quality issues facing the industry.

PFC Calculation Tool

Click button below to utilise NHP's own PFC calculation guide.

NHP Power Quality Services

NHP power quality services offers site audits, application support, commissioning and maintenance services.
Please contact your local NHP sales representative or contact NHP on 1300 NHP NHP (AU) or 0800 NHP NHP (NZ) for further information.

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