Murickens solar stand alone system is an alternative to K.S.E.B current. If we apply a recommended capacity of solar modules and battery, the solar standalone inverter system will be able to work day and night continuously without compromising the performance by using solar power with the desired load. Murickens flyline off-grid inverter converts dc to ac. When the solar power goes off the battery takes up the role of power supply. Solar standalone system is mainly used in residential and commercial electrification.

Our solar inverters are ISO approved. We have made a place of our own in the field of solar based power units since our induction in 2000 and have done thousands of solar power unit installations in many places in India including Kerala Agriculture Research University, Malapuram, The CISF 7th batalion military camp, Hyderabad, International Airport Karipoor, Govt. of India, Dept. of Space, Sreeharikotta, Central Marine Fisheries Research Institute, Cochin, Vallarpadam Container Terminal (IGTPL) etc. For a smooth and continuous operation of the system, it is highly essential that the installation should be undertaken by a well qualified and experienced technical person without fail.


System priority Stage : - solar-battery-grid 1) When solar energy is sufficient total out put load will operate on solar Inverter. Excess solar power will charge batteries. 2) When solar energy is weak then inverter is taking DC source from batteries to compensate the out put load. 3) When the battery discharge level reaches 11.2 volt or below the out put load is shifted to grid. 4) At Day time again each battery become 13.5 v the output load again shifts to solar Inverter. 5) At night or when there is no sunlight the batteries reach 70% discharge level (30 % kept as a buffer) the out put load is shifted to grid. (Each battery discharging level become 11.5 v ) 6) After shifting load to grid the batteries are charged from solar energy and if solar energy not sufficient to charge the batteries, then there is an optional on –off switch ( manual ) to charge the battery from grid upto 12 volt and full charge volt of 13.5 in each battery . 7) By using solar power the solar charger high cut-off is 14.5 V of each battery. 8) At night during changeover of load from battery backup to grid supply (i.e 70 % battery discharged) and if grid supply is absent then load is shifted to solar inverter to use buffer battery backup (i.e balance 30 %) 9) When grid returns during which inverter is working on buffer battery backup then the load is shifted to grid & batteries are charged through solar or grid as per the logic explained above.


Sl. No. Parameter Single Phase Unit Three Phase Unit
1 Rating 1 KVA to 15 KVA     6 KVA to 100 KVA
2 Battery Volt /KVA 1KVA-36V 2KVA- 48-72V 3KVA- 72V 5KVA- 96 -192V 8KVA- 120V-192v 10KVA- 192-240V 12KVA- 192-240V 15KVA- 240V-348v
3 Input Voltage Range 190 V -270 V ac or  solar dc 375-450V ac  or  solar dc
4 Nominal Output Voltage 220V 415V
5 Output Frequency ± 1% ± 3%
6 Input Frequency 50 Hz: ± 1% 50 Hz: ± 1%
7 Power Factory -0.8 lagging to unity  
8 Voltage Correction Rate
1. Air Cooled
2. Oil Cooled
Voltage Correction 35V/Sec.
9 35V/ Sec
10 35V/ Sec 35V/ Sec
11 Efficiency 90% 90%
12 Control Digital Digital
13 Winding Cooper wind   
14 Noise Low noise <50db  
15 Heat < 4 0 o C  
16 Wave form Pure sine wave  
17 Mounting Free on wheel  
compact in size  
19 Solar charger-built-in Floating type & Trickle charging. Floating type & Trickle charging.

Flyline Solar Standalone Inverter Details:- Click Here
Flyline Solar Standalone Inverter Picture:- Click Here
Household Equipments total load calculator:-Click Here
Some of our GOVT clients list :-Click Here
Murickens Solar Panel installation video :--Click Here
Murickens Brouchure :-Click Here
ENQUIRY :-Click Here
How a Solar Power Plant Works:-Click Here

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