User Manual

#4 -13511 Crestwood Place, Richmond, BC, V6V 2E9, Canada + 1.778.776.3288 [e-mail]
discoverbattery.com
885-0001 REV C
Table 5. Worksheet for calculating daily energy requirements
Load Watts Hours Per Day Days Per Week Weekly Watt Hours
Total Weekly Watt-hours of AC load
Divided by Days per Week
Average total watt-hours per day
Table 6. Calculations for required battery bank size
Average total watt-hours per day
Divided by inverter efciency ______ ÷ 90
Divided by battery efciency ______ ÷ 95
Divide by DOD targets ______ ÷ 80
Total adjusted Wh required
Multiplied by days of autonomy ______ x 5
Total installed energy required
Table 7. System Energy (Wh)
Model
# of Batteries in Battery Bank
1 2 3 4 5 6 7 8 9 10
42-48-6650 6,656 13,312 19,968 26,624 33,280 39,936 46,592 53,248 59,904 66,560
44-24-2800 2,816 5,632 8,448 11,264 14,080 16,896 19,712 22,528 25,344 28,160
4. INSTALLATION
▲ WARNING
FIRE AND BURN HAZARD. Do not use battery cables that are
insufciently sized for expected current. Failure to follow this
instruction may result in personal injury or death.
▲ CAUTION
Adhere to all local regulations and electrical codes.
▲ NOTE
All batteries should be the same model number (Nominal
Voltage and Nominal Capacity) and should be of the same
state of health. All batteries should be fully charged before
installation.
4.1 Balance of System Requirements
L-com TDS2167, 12 Way Bridging Adapter RJ45 (8x8) - Required for AEBus and Xanbus.
L-com TDS1881S, 6 Way Bridging Adapter RJ45 (8x8) - Required for AEBus and Xanbus.
L-com ECS204-1 Modular Y-Bridge RJ45 (8x8) - Required for AEBus and Xanbus.
* Quantity may vary depending on battery bank size. Refer to wiring diagrams (Section 10).
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