Owner | Scott Masterson |
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Owner's Other EVs | 2013 Coda Stealth E40 Electric Outboard |
Location | Spring, Texas United States map |
Vehicle | 2016 Bayliner 175 I finished converting my 2016 Bayliner 175 Bowrider to All Electric. I bought the boat brand new, pulled a zero hours, brand new 3.0 Mercruiser and put it on a pallet. Here is a link to video. The first is the boat cruising effortlessly at 25mph. |
Motor | HPEVS AC34X2 3-Phase AC This motor has been designed with the marine industry in mind, but it can be adapted to any other mode of transportation. The motor includes a stainless steel frame with the shaft of the rotor being made of stainless steel too. With anodized aluminum end bells and junction boxes, the motor can stand up to a salt environment. The motor is the same 8" diameter as the standard steel frame AC-3Xx2 motors but now with the use of a junction box, the total height is a little over 11". The motor is totally sealed which allows for the oil to cool all the internal surfaces of the motor. |
Drivetrain | HPEVS AC34X2 |
Controller | Curtis Dual 1239E-7621 |
Batteries | 10 57V Tesla Modules from SmartCar, 57.00 Volt, Lithium-Ion These used 18650 Tesla-Smart Car modules are comprised of 2600mAh cells arranged in a 22p15s configuration. They are rated at 100 amps, 150 amps peak. They have an integrated liquid cooling/heating system, but they can also be air cooled in light duty cycle applications. They also have an integrated 100 amp fuse, and an ATX20 connector with cell level connectivity for BMS systems and two integrated thermistors. The packs contain 330 cells, and each cell is independently safety fused on both terminals. They have been lightly used, most with less than 5000 miles on them, and are designed for 100,000 miles to 85% capacity. A preferred configuration for a typical AC50 application is 4p2s for a total of 24kWh of energy with a total of 8 modules. These work particularly well in 48 volt marine and cart applications as well. Capacity: 57Ah, 3kWh Height: 7.25 Inches Width: 2.875 Inches Length: 39.0 Inches Weight: 42 Pounds Bolt Size: M6 Voltage nominal: 3.8V/Cell, 57.0V/Module Charge voltage cut-off: 4.2V/Cell, 63.0V/Module Discharging cut-off: 3.3V/Cell, 50V/Module Maximum Discharging Current (10 sec.):150 Amps |
System Voltage | 114 Volts |
Charger | Elcon PFC2500 1. Internal integrated PFC, no pollution to electric network, minimizes disturbance on electric network from heavy current. 2. Wide input voltage range AC85V~AC265V available for worldwide requirements, convenient for electric-network fluctuation and vehicles exportation. 3. High efficiency, above 93%, while traditional chargers can meet only about 80% efficiency. 4. Intelligent temperature compensation function in the charging process, preventing damage to the battery caused by charge-off or charge due, greatly extending the lifespan of the battery. 5. Fully-sealed and water-proof, protection class IP46. Shock resistance treatment made inside makes vibration-proof level up to SAEJ1378 that can fully meet the standard of automobile appliance usage. 6. Available for various kind of batteries like Lead-Acid, LiFePO4 etc., Flexible and programmable charging module. Ability to select 10 different Amp Hour or Cell Count settings. Equipped with CAN communication interface to realize real-time communication with BMS. 7. Includes one external AC cooling fan for long life. |
DC/DC Converter | ECPC-WM-600W-120v 120V Input 12VDC, 50A Output - 600W Isolated EV DC-DC Converter Waterproof to 3ft-1m |
Top Speed | 53 MPH (85 KPH) Cruises at 25mph. |
Acceleration | Gets to plane in seconds. |
Range | 25 Miles (40 Kilometers) 25 mile range at cruising speed. |
Seating Capacity | 7 adults |
Curb Weight | 1,923 Pounds (874 Kilograms) |
Conversion Time | 3 months |
Conversion Cost | $20,000 |