Have nearly everything on hand to install the system.
On Hand:
8 LiFePO4 310 AH Cells
2 Daly 150 AMP BMS with fan 4s
2 200 AMP Switches
2 EPever 40 Amp MPPT SCC Tracer4215BN
1 Victron Multi PlusII 12 /3000
10 Ft Black 1/0 Cable *
10 Ft Red 1/0 Cable *
1 300 AMP shunt
25 Ft 6 Gauge 4 wire Cable (AC to and from Multi Plus II and AC Breakers at distribution panel and connecting to existing shore power wiring)
50 AMP 4 wire Junction Covered (connect existing AC shore power cable to Victron)
4 210 Watt HiTech Solar Panels
2 -200 Amp fuses Line to Bus Bar and Victron
2 100 AMP Busbar to Distribution Panel
1 Dual 25 Amp Breaker (panels to SCC cutoff)
2 50 Breakers (SCC to Battery Cutoff)
2 100 watt 50 Ohm Resistors ( Victron Multiplus Precharge)
2 100 watt 30 Ohm Resistors (SCC Precharge)
4 Switches Pre Charge Circuits
1 300 Amp Black Busbar
1 300 Amp Red Busbar
2 Black 6 Ft Negative Solar Cables 10 Guage
2 Red 20 Ft Positive Solar Cables 10 Guage
2 Black 20 Ft Negative Solar Cables 10 Guage
Associated Connectors Copper 1/0 and smaller
4 Sets Angle Adjustable brackets to Mount Solar Panels
4 `10 Painted Strut Channels
Associated nuts bolts washers lock washers for mounting Solar Panels to Strut Channel including Plus Nuts to bolt Strut Channel to roof aluminum C channel ribs
Dicor Self Leveling Caulk
Eterna Bond Double sided tape 1 inch
1 Inch Schedule 40 45 degree elbow (has straight section I will cut off to penetrate the roof to run wires down) 1/8 cost of conduit section.
1 Box to cover roof entry arrived today
4 PG 9 Cable Gland Joints
The work begins this week end will figure out where to mount everything and build battery compression. Have 3 or 4 months before I have to worry about heating the batteries.
* Note Victron Multi Plus Documentation asks for 2 Positive and 2 Negative 1/0 12 Volt Cables (no clue why not single 4/0)
On Hand:
8 LiFePO4 310 AH Cells
2 Daly 150 AMP BMS with fan 4s
2 200 AMP Switches
2 EPever 40 Amp MPPT SCC Tracer4215BN
1 Victron Multi PlusII 12 /3000
10 Ft Black 1/0 Cable *
10 Ft Red 1/0 Cable *
1 300 AMP shunt
25 Ft 6 Gauge 4 wire Cable (AC to and from Multi Plus II and AC Breakers at distribution panel and connecting to existing shore power wiring)
50 AMP 4 wire Junction Covered (connect existing AC shore power cable to Victron)
4 210 Watt HiTech Solar Panels
2 -200 Amp fuses Line to Bus Bar and Victron
2 100 AMP Busbar to Distribution Panel
1 Dual 25 Amp Breaker (panels to SCC cutoff)
2 50 Breakers (SCC to Battery Cutoff)
2 100 watt 50 Ohm Resistors ( Victron Multiplus Precharge)
2 100 watt 30 Ohm Resistors (SCC Precharge)
4 Switches Pre Charge Circuits
1 300 Amp Black Busbar
1 300 Amp Red Busbar
2 Black 6 Ft Negative Solar Cables 10 Guage
2 Red 20 Ft Positive Solar Cables 10 Guage
2 Black 20 Ft Negative Solar Cables 10 Guage
Associated Connectors Copper 1/0 and smaller
4 Sets Angle Adjustable brackets to Mount Solar Panels
4 `10 Painted Strut Channels
Associated nuts bolts washers lock washers for mounting Solar Panels to Strut Channel including Plus Nuts to bolt Strut Channel to roof aluminum C channel ribs
Dicor Self Leveling Caulk
Eterna Bond Double sided tape 1 inch
1 Inch Schedule 40 45 degree elbow (has straight section I will cut off to penetrate the roof to run wires down) 1/8 cost of conduit section.
1 Box to cover roof entry arrived today
4 PG 9 Cable Gland Joints
The work begins this week end will figure out where to mount everything and build battery compression. Have 3 or 4 months before I have to worry about heating the batteries.
* Note Victron Multi Plus Documentation asks for 2 Positive and 2 Negative 1/0 12 Volt Cables (no clue why not single 4/0)
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