The Easiest Way to Go Solar
iCON12,24 converts any existing inverter/UPS into a solar power system. It always gives priority to use solar energy to charge the batteries when it is available. When battery becomes fully charged, the solar power generated is evacuated through the existing inverter/UPS. This smart device also has wireless connectivity to NyQuest cloud server and the user can view the phenomenal savings generated
Higher solar utilization
iCON12, 24’s advanced algorithm prioritizes the solar charging and once the battery is fully charged, the solar utilization is ensured by evacuating the energy through UPS to the connected load.
Most cost effective
iCON12,24 lets you invest more on solar modules and less on technologies that you already have in your inverter/UPS. In terms of cost effectiveness, this is the most efficient way to go solar
Battery health management
iCON12,24 periodically does battery equalization from solar to improve its efficiency and lifetime.
Energy monitoring at your fingerprints
The user can always see their phenomenal savings using the iCON12,24 android app/web portal
Our patented technology makes iCON12,24 compatible with all 12 V and 24 V UPS systems and capable of successfully inhibiting the UPS charging from the utility. This reduces the electricity cost.
Peak time mains charging inhibition
Utilities suffer extra cost for both excess usage during peak times and insufficient usage during off peak times. iCON12,24’s peak time utility charging control feature is a demand response system as this allows iCON12,24 to shift mains energy usage to off peak durations.
iCON12,24 do not use electrolytic capacitors in its design for long life and is designed around the 100 year converter concept. iCON12,24 is designed to last during the entire solar module lifetime of 25 years or more
|Parameters||iCON 12 V||iCON 24 V|
|Rated Voltage||12 V||24 V|
|Rated charging current||< 25 A||< 25 A|
|Load current||60 A|
|Solar panel ratings||Panel ratings||150 W
|PV connection||150 W – Single 36 cells PV
300 W – Two 36 cells PV in parallel
450 W – Three 36 cells PV in parallel
|250 W/260 W – Single 60 cells PV
500 W/520 W – Two 60 cells PV in parallel
750 W/780 W- Three 60 cells PV in parallel
|Open circuit voltage||< 25 V||< 40 V|
|Short circuit current||< 25 A||< 25 A|
|Battery rating||Capacity||150 Ah
|150 Ah + 150 Ah
200 Ah + 200 Ah
|Inverter rating||Voltage||12 V||24 V|
|Power||1200 VA||3000 VA|
|Ambient temperature||10°C to 70°C|
|System dimension||161mm X 127mm X 61mm (L X B X H)|
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