Search components and kits across the catalog
13S9P 36Ah 1728Wh Li-ion battery. 270A continuous discharge with EVE 40P cells and ANT Bluetooth BMS.
77 components are compatible with the AMORGE 13S9P 36Ah 270A (EVE 40P), including 74 controllers, 3 chargers.
Sabvoton SM4830S
48V·30A·Sinewave
Sabvoton SM4823
48V·23A·Sinewave
Sabvoton SM4816L
48V·16A·Sinewave
KT 30A Sine Wave
72V·17A·Sinewave
KT 15A Sine Wave
48V·7A·Sinewave
KT 17A Sine Wave
48V·8A·Sinewave
Fardriver ND72240
72V·70A·FOC
KT 25A Sine Wave
72V·11A·Sinewave
KT 22A Sine Wave
KT 14A Sine Wave
KT 16A Sine Wave
Fardriver ND72260
72V·55A·FOC
Fardriver 72V35A-72V50A
KT 26A Sine Wave
52V·13A·Sinewave
FLIPSKY Mini V6 MK5
60V·70A·VESC
Fardriver ND72300
FLIPSKY FT110BS
110V·100A·FOC
KT 35A Sine Wave
52V·17A·Sinewave
FLIPSKY 75100 Pro V2.0 (w/ Key Switch)
84V·100A·VESC
Sabvoton SVMC7255MN
FLIPSKY FSESC 110100
110V·120A·VESC
VOTOL EM50-4 (CAN)
72V·40A·Sinewave
VOTOL SV85 GTSP (LIN)
72V·49A·Sinewave
FLIPSKY 75100 Pro V2.0 (w/ Power Button)
FLIPSKY FSESC 6.7 Pro
60V·60A·VESC
Fardriver ND72450
72V·190A·FOC
Sabvoton SVMC7245-H
72V·45A·FOC
MakerX Go-FOC M100
75V·30A·VESC
VOTOL EM85 (72300S, LIN)
72V·85A·Sinewave
VOTOL EM100 GTR (LIN/CAN)
72V·80A·Sinewave
Fardriver NS72450/NS84450/NS96450
96V·200A·FOC
MakerX HI100
Fardriver ND72340
72V·120A·FOC
VOTOL EM100 SP V5.0 (CAN)
72V·100A·Sinewave
Fardriver ND72360
72V·170A·FOC
VOTOL SV120 (CAN)
FLIPSKY 75200 Pro V2.0 (w/ Key Switch)
84V·150A·VESC
FLIPSKY 75200 Pro V2.0 (w/ Power Button)
MakerX Go-FOC SV6
60V·40A·VESC
Sabvoton SVMC7280
72V·80A·FOC
Fardriver ND72300 (BLACK/BLUE)
FLIPSKY FT110DS
110V·200A·FOC
Fardriver ND72490
FLIPSKY FSESC 110200
110V·200A·VESC
MakerX Go-FOC S100
96V·60A·VESC
MakerX Go-FOC DV4s
Fardriver ND72530 (BLACK/BLUE)
72V·330A·FOC
Fardriver ND72300 (CAN)
Sabvoton SVMC72150
72V·150A·FOC
Fardriver NS72680/NS84680/NS96680
96V·350A·FOC
FLIPSKY FSESC 110300
110V·300A·VESC
MakerX Go-FOC DV6s
60V·80A·VESC
MakerX Go-FOC D100S
Fardriver ND72890
72V·450A·FOC
Sabvoton SVMC72200-H6
72V·200A·FOC
MakerX Go-FOC G300
100V·250A·VESC
Fardriver ND72700
72V·390A·FOC
ASI BAC2000
Fardriver ND721000-B36
72V·500A·FOC
MakerX Go-FOC K900
100V·VESC·FOC
MakerX Go-FOC 2G300
96V·250A·VESC
Fardriver ND722600/ND842600/ND962600/ND1082600
108V·1350A·FOC
FLIPSKY FT85BS
84V·60A·Sinewave
FLIPSKY FT85BS requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY FT85BS V2.0
FLIPSKY FT85BS V2.0 requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY Mini FSESC 6.7 Pro
FLIPSKY Mini FSESC 6.7 Pro requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY Mini Dual FSESC 4.20
50V·50A·VESC
FLIPSKY Mini Dual FSESC 4.20 requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY FT85CS
85V·150A·Sinewave
FLIPSKY FT85CS requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY Dual 75100
FLIPSKY Dual 75100 requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
VOTOL SV200 GTS (LIN)
72V·160A·Sinewave
VOTOL SV200 GTS (LIN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
VOTOL SV200 GTS (CAN)
VOTOL SV200 GTS (CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
FLIPSKY FT85RS
85V·550A·Sinewave
FLIPSKY FT85RS requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
VOTOL EM300S (LIN/CAN)
72V·300A·Sinewave
VOTOL EM300S (LIN/CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
VOTOL EM350S (LIN/CAN)
72V·350A·Sinewave
VOTOL EM350S (LIN/CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
VOTOL EM550 (LIN/CAN)
72V·550A·Sinewave
VOTOL EM550 (LIN/CAN) requires a pre-charge circuit. Use an anti-spark connector (e.g., XT90-S) or a pre-charge resistor circuit between the battery and controller to prevent capacitor inrush that welds connectors and pits contacts. At 48V, inrush current is significant.
AMORGE 48V 5A Li-Ion Charger
48V Li-ion·5A
Luna Cycle Advanced Charger 48V 300W
Chi Battery Systems Chi Charger Plus (Universal 900W)
14A
Start a new build with the AMORGE 13S9P 36Ah 270A (EVE 40P) and pick from 77 compatible components.
We use cookies for analytics. Privacy Policy
