loading

PROJECT POWER BANK SOLAR - PORTABLE

POWER OUT TOTAL - 140W RMS - 110/220AC

MAX load Ia = 2,4a

AUTONOMY - 4 HOURS - USE BATTERIES 12V 7Ah in parallel

use:

CHARGE NOTEBOOKS

TV´S

PRINTERS

RADIOS

DVD´S PORTABLE

DVD HOME THEATER´s

LAMPS 12V

itens

1 - PAINEL 40W to 60w - ANY MODEL -

1 - CHARGE CONTROLLER - ANY MODEL

1 - INVERTER 1000W/1500W PMPO - 12VCC - 110/220AC

2 - BATERIES 12cc - 7Ah - GEL VRLA

CABLES

SWITCH

FUSE

GLUE

Step 1: DIAGRAM UNIFILAR

Step 2: CHARGE CONTROLLER

This controller is possible conect inverter

Step 3: BATTERY

BATTERY GEL

ANY MODEL 12 V 7Ah or more, with 7Ah in parallel, autonomy 4 hours night

Step 4: USE POWER BANK

Step 5: PV MODEL 40W TO 60W

This model panel KYOCERA KC50T 54W

Step 6: CONNECTION CHARGER

Step 7: CONNECTION 2

Step 8: Shwitch

Step 9: PLACE BATTERIES AND INVERTER

<p>I would not connect the inverter to the controller, it will burn out the controller. Instead install 12v relays to drive the inverter</p>
<p>Gilbderto</p><p>thank you, really can , but I tested this driver(charger controller) and is working perfectly, because the controller does exactly this function by monitoring the load.</p>
<p>Gilbertok is correct. You are not supposed to connect an inverter to the load control of a charge controller. It might be working ok for you for now, but if a larger load is plugged into the inverter and it pulls more amps than the charge controller can handle, it will blow up the charge controller. Connect the inverter straight to the battery through a fuse or breaker instead. Most inverters have low voltage disconnect already and don't need to go through the load control on the charge controller.</p>

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