12.3kW DIY Grid Hybrid Solar Kit, Top of Pole Mount (TPM)

Description

Save on your electric bill, and have peace of mind during a power outage.

Get all the benefits of a grid tie solar system – lower your power bills, increase the value of your home, and generate clean, renewable energy – plus have backup power in the event of your utility power goes down with our grid hybrid DIY solar kits. Want to protect against long-term outages? This kit will also allow you to add an automatic backup generator.

Our 12,300 Watt DIY grid tie solar kit for battery backup comes with the following components:

QTY 30: Silfab SIL-410 BG Solar Panel, Dark Frame 410W

QTY 1: OutBack GS8048A-01 Radian Inverter

QTY 1: OutBack GS4048A-01 Radian Inverter

QTY 2: OutBack GSLC Load Center

QTY 3: OutBack FM80-150 Charge Controller

QTY 1: OutBack MATE3S System Display and Controller

QTY 1: OutBack HUB10.3 Communications Hub

QTY 1: OutBack FW-MB3 Mate3S Surface Mounting Bracket

QTY 1: MidNite Solar MNPV12 Combiner Box

QTY 1: MidNite Solar MNPV3 Combiner Box

QTY 10: MidNite Solar MNEPV20 Breakers

QTY 1: OutBack PNL-GFDI-80Q Four Pole Ground Fault Breaker

QTY 3: MidNite Solar MNEDC80 Panel Mount Breaker

QTY 6: OutBack PNL-50D-AC-120/240

QTY 10: PV Cable with MC4 Connectors, 50′

QTY 3: OutBack PNL-175-DC Breaker

QTY 2: Pair of 4/0 Inverter to Battery Cables, 10′

QTY 3: MidNite Solar MNSPD300-DC Surge Protector

QTY 1: External Bypass Switch, 100A

QTY 2: 100A AC Combiner

QTY 2: 100A Dual Pole Breaker

QTY 4: 50A Dual Pole Breaker

QTY 8: OutBack Standard Busbar

QTY 1: IronRidge XR Flush Mount Racking Materials for 3 Rows of 10 Solar Panels in Portrait

This solar package also includes: NEC required PV system labels, a single line electrical diagram, and our standard design and installation support package.

IMPORTANT: This power system requires solar batteries, which are not included.

Because power storage requirements differ greatly, we have not included a solar battery bank in this off grid solar kit. Instead, we will use the information you provide to calculate how much power storage you need to provide power for the number of days you want if there is insufficient solar production without you having to charge with a generator (days of autonomy).