Comsys introduces new version of popular inverter for system integration
The Swedish cleantech company Comsys AB, known for its patented Active Dynamic Filter (ADF) technology, announces today the release of its newly re-engineered ADF PPM300 inverter module.
Comsys’ vision is to help its customers achieve perfect power, meaning dependable, high-quality, and sustainable power that minimizes loss and maximizes uptime. The PPM300 is one of the key components of its ADF System Integration solutions for industry and for the marine, data center, water treatment and energy sectors.
The new v4 version provides multiple advantages such as increased current capacity, a switching frequency of 10 kHz, and reduced size with simplified connections for easier integration. It also brings improved personal safety features as well as increased efficiency and energy savings thanks to a reduction in losses of up to 30% compared to the 2B generation, from 3030 W (PPM300v2B-3-A-120/480) to 2120 W. As Product Manager Albin Thol explains:
“The development of PPM300v4, together with all the other improvements we have made in the past 1.5 years, is a big step towards simplification, but above all flexibility, in our product range. Together with the different cabinet sizes, the new variants of PPM300v4 and the Comsys System Integration concept, the possibilities to meet the power quality needs on the market are now even better. I am really looking forward to seeing our new product offering benefit our customers in the best possible way.”
Marianne Sernevi, CEO
marianne.sernevi@comsys.se
+46 708 69 05 69
Comsys AB, a cleantech company based in Lund Sweden, develops digital energy control methods and products to optimize and improve energy flow in a wide variety of applications and help customers to meet increasingly challenging demands set by standards and utility companies. Our technologies provide robust solutions for both grid operators and applications within industrial automation, building automation, data centers and the marine sector, to name just a few. They are also being increasingly used in electricity production and energy storage, primarily from solar and wind, in order to meet the constantly growing demands by grid operator owners around the world.
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