Growatt 48V 6,000T 6kW MPV (250V Solar Input) Split Phase 120V/240V output (50A at 120V | 25A at 240V)

• Growatt has done it again. Whole (small) house power module, all in one. There is nothing quite like it on the market.
• 48V 6KW Growatt SPF 6000T MVP DVM Low Frequency Split Phase 120V & 240VAC.
• Supplies a massive 50A output at 120V , 25A at 240V
• USA Breaker Box compatible, L1 –  N –  L2  (120 – 0 – 120V)
• Whole house power at 6kW
• a massive 18kW surge capability
• Wifi Module – Growatt Shine Link for your Iphone / Android available in our store
• Grid Assist Feature bypasses the inverter in case of overload or programmable UPS function, or low battery
• 60A Utility/Generator Battery charger  (60A x 48V = 2800W at 240V Utility supply)
• Generator Dry contact start output
• Generator / Utility needs to supply 240V to charge the battery

80A (5kW) Solar MPPT Charge controller (60V to 250Vmp)  –  Maxiumum VOC is 250VDC, but remember the lower your panel voltage the less power the MPPT can harvest

Number of panels you can connect = 5000W / [your panel wattage] – example 5000 /345W = 16 panels , 5000 / 240W = 22 (21) panels etc

Basically 230V (To be safe) / your Solar Panel VMP voltage will give you the number of panels you can connect in series

if your Solar panels’ Vmp (Voltage at maximum power – the lower of the two numbers on your panel spec) (Not Voc) voltage is between 38.3 V and 57.5V, you can connect 4 in series with matching parallel strings to add up to the number of panels as in formula above. 16 x 40V panels would be connected in 4s4p

If your Vmp is between 28.75V and 38.3V you can connect 6 in series with matching series strings connected in parallel to add up to the number of panels as in formula above.  example: 18 x 35V panels would be connected in 6s2p

If your Vmp is between 17V and 28.75V, then 8 in series with matching series strings connected in parallel to add up to the number of panels as in formula above. example 48 x 20V panels(maybe 100W) would be in 8s6p (48 panels)

Can be shipped via Fedex Ground  to your door as it weighs less than 150 lbs  (105 lbs)

Breaker Recommendation:

AC Breaker Recommendation (double pole 240V)  8AWG, 80A  (Input & Output)

PV Input DC breaker (10AWG)= Total Solar Panel Watts / Solar Panel Array Voltage x 1.25  , example 2 parallel strings of 10A output panels will be around 20A

Battery , 6000W / 48V = 125A x 1.25 = 150A DC Breaker to battery bank. (2 x 3 AWG)

Battery recommended to be no less than 250Ah (12kWH, can be Lead Acid, AGM, LifePO4, Li-Ion etc  any battery between 40 to 60V DC).

There is no maximum battery size recommendation  (Ah)

If more solar power is needed, simply purchase a separate solar charge controller(s)such as the PCM60x to add as much solar power as you want

User manual can be downloaded at:

Guide to programmable parameters (page 12):

Efficiency >85%

Power Factor 1.0

Utility/Generator Charger tips:

Auto Start Function for the Generator  (optional)

Inverter Dry Contact relay output triggers according to the above settings, when battery charge is requested  (Normally Open/Normally Closed  Contacts)  ,  it is a simple 2 wire system, your generator will need to be a 2 wire start system  (the generator needs to start itself when circuit is closed, and stop when circuit opens)  – this can be wired directly to the dry contact input on the inverter

Hint, use this dry contact relay output like a switch to turn on a light or a buzzer  (wire it in series with the battery , or inverter output to the light/buzzer ) to let you know the battery is low, and needs charging (manual notification)

Weight: 105 lbs
Dimensions: 27 × 20 × 14 in

Still have questions? Give us a call at 877-242-2792