Some (Ginlong) Solis "Technical brochures" mention the residential energy storage products, with these models:
Under heading "safe and reliable" there is a bullet named:
I know that Victron inverters do ripple monitoring on the DC bus, and shuts off the inverter after 3 seconds of too high ripple voltages. I have tried to ask Solisinverters Europe. They react very defense and don't answer the question.
What could be meant with this marketing lingo "low ripple control technology", and how could/would that work?
Or are just a bunch of extra high capacitance values capacitors connected to the DC bus?
(Victron community forum states that the Multiplus II has 3.9mF of Chinese Sancon capacitance on the DC bus.)
Anyone ever measured the capacitance on the DC-bus of a low voltage battery Ginlong Solis inverter?
- S5-EH1P(3-6)K-L
- S6-EH1P(3-6)K-L-EU
- RHI-3P(5-10)K-HVES-5G
- S6-EH3P(5-10)K-H-EU
- RAI-3K-48ES-5G
- S5-EH1P(3-6)K-L-UN
Under heading "safe and reliable" there is a bullet named:
Low ripple control technology to improve battery life
I know that Victron inverters do ripple monitoring on the DC bus, and shuts off the inverter after 3 seconds of too high ripple voltages. I have tried to ask Solisinverters Europe. They react very defense and don't answer the question.
What could be meant with this marketing lingo "low ripple control technology", and how could/would that work?
Or are just a bunch of extra high capacitance values capacitors connected to the DC bus?
(Victron community forum states that the Multiplus II has 3.9mF of Chinese Sancon capacitance on the DC bus.)
Anyone ever measured the capacitance on the DC-bus of a low voltage battery Ginlong Solis inverter?