Introducing the XCHARGE C6AM150CC, a state-of-the-art DC Output Electric Vehicle Supply Equipment designed for the modern consumer.
This model, C6AM150CC, is part of the ENERGY STAR certified products and is brought to you by XCharge Energy USA Inc.
Key Features:
- Date Available On Market: July 31, 2023
- Date Certified: August 14, 2023
- Markets: United States, Canada
- CB Model Identifier: ES_1149349_C6AM150CC_08102023110434_5171319
- Meets ENERGY STAR Most Efficient 2024 Criteria: No
- Automatic Brightness Control Capable?: No
Available in United States, Canada markets, the XCHARGE C6AM150CC is the perfect addition to any home, offering both performance and energy efficiency.
Release Date: July 31, 2023 Qualified Date: August 14, 2023
Don't miss out on this high-performance, energy-efficient DC Output Electric Vehicle Supply Equipment.
Get yours today and enjoy the ultimate viewing experience!
More on C6AM150CC
Full Specifications of C6AM150CC
| ENERGY STAR Partner | XCharge Energy USA Inc |
| Product Category | Electric Vehicle Supply Equipment |
| Type | DC Output Electric Vehicle Supply Equipment |
| Brand Name | XCHARGE |
| Model Name | C6AM150CC |
| Model Number | C6AM150CC |
| Date Available On Market | July 31, 2023 |
| Date Certified | August 14, 2023 |
| Markets | United States, Canada |
| CB Model Identifier | ES_1149349_C6AM150CC_08102023110434_5171319 |
| Meets ENERGY STAR Most Efficient 2024 Criteria | No |
| DC-input or AC-input | AC-input |
| Single Phase or Three Phase | Three Phase |
| Product Configuration | All-in-One Product Configuration |
| Connector Type | Combined Charging System (CCS) |
| Network Capability | Yes |
| Network Connection Types | Gigabit Ethernet,Cellular |
| Output Cord Length (ft.) | 16 |
| Output Cord Gauge (AWG) | 2/0 |
| Screen Area, if EVSE has high res display (in2) | 108 |
| Maximum Measured Luminance of the High Res Display (candelas per m2) | 575 |
| Automatic Brightness Control Capable? | No |
| Connected Functionality | Yes |
| DR Protocol | Open Charge Point Protocol (OCPP) |
| Connects Using | Wired Ethernet |
| Protocols Used to Support Smart Charging | SAE J1772,ISO 15118-2 or later |
| Network Security Standards | None |
| Is Broadband Internet Connection Needed for Demand Response? | No |
| Auxiliary Product Features | PLC Board (ISO 15118),Radio Frequency Identification (RFID) |
| Product Features | None |
| Maximum Available Output Power | 150,000 |
| Maximum Nameplate Output Current (A) AC-Input | 200 |
| Rated Input Voltage (V) AC-Input | 480 |
| Number of Outputs | 2 |
| Integral Battery Bank | No |
| No Vehicle Mode Input Power (watts) AC-Input | 34 |
| No Vehicle Mode Total Allowance (watts) | 137 |
| No Vehicle Mode Power Factor AC-Input | 0 |
| Partial On Mode Input Power (watts) AC-Input | 34 |
| Partial On Mode Total Allowance (watts) | 137 |
| Partial On Mode Power Factor AC-Input | 0 |
| Idle Mode Input Power (watts) AC- Input | 1,010 |
| Idle Mode Power Factor AC-Input | 0 |
| Operation Mode: 25% Loading Condition Input Power in Cold Climate AC-Input | 39,714 |
| Operation Mode: 25% Loading Condition Output Power in Cold Climate AC-Input | 37,230 |
| Operation Mode: 50% Loading Condition Input Power in Cold Climate AC-Input | 78,550 |
| Operation Mode: 50% Loading Condition Output Power in Cold Climate AC-Input | 74,572 |
| Operation Mode: 75% Loading Condition Input Power in Cold Climate AC-Input | 115,926 |
| Operation Mode: 75% Loading Condition Output Power in Cold Climate AC-Input | 110,449 |
| Operation Mode: 50 kW Loading Condition Input Power in Cold Climate AC-Input | 53,888 |
| Operation Mode: 50 kW Loading Condition Output Power in Cold Climate AC-Input | 50,931 |
| Operation Mode: 100% Loading Condition Input Power in Cold Climate AC-Input | 157,536 |
| Operation Mode: 100% Loading Condition Output Power in Cold Climate AC-Input | 150,107 |
| Operation Mode: 100% Loading Condition Power Factor in Cold Climate AC-Input | 1 |
| Operation Mode: 25% Loading Condition Input Power in Temperate Climate AC-Input | 40,294 |
| Operation Mode: 25% Loading Condition Output Power in Temperate Climate AC-Input | 37,444 |
| Operation Mode: 50% Loading Condition Input Power in Temperate Climate AC-Input | 79,416 |
| Operation Mode: 50% Loading Condition Output Power in Temperate Climate AC-Input | 75,131 |
| Operation Mode: 75% Loading Condition Input Power in Temperate Climate AC-Input | 119,093 |
| Operation Mode: 75% Loading Condition Output Power in Temperate Climate AC-Input | 112,859 |
| Operation Mode: 50 kW Loading Condition Input Power in Temperate Climate AC-Input | 53,194 |
| Operation Mode: 50 kW Loading Condition Output Power in Temperate Climate AC-Input | 49,994 |
| Operation Mode: 100% Loading Condition Input Power in Temperate Climate AC-Input | 156,699 |
| Operation Mode: 100% Loading Condition Output Power in Temperate Climate AC-Input | 148,658 |
| Operation Mode: 100% Loading Condition Power Factor in Temperate Climate AC-Input | 1 |
| Operation Mode: 25% Loading Condition Input Power in Hot Climate AC-Input | 40,672 |
| Operation Mode: 25% Loading Condition Output Power in Hot Climate AC-Input | 37,364 |
| Operation Mode: 50% Loading Condition Input Power in Hot Climate AC-Input | 78,501 |
| Operation Mode: 50% Loading Condition Output Power in Hot Climate AC-Input | 73,867 |
| Operation Mode: 75% Loading Condition Input Power in Hot Climate AC-Input | 117,821 |
| Operation Mode: 75% Loading Condition Output Power in Hot Climate AC-Input | 111,596 |
| Operation Mode: 50 kW Loading Condition Input Power in Hot Climate AC-Input | 53,303 |
| Operation Mode: 50 kW Loading Condition Output Power in Hot Climate AC-Input | 49,948 |
| Operation Mode: 100% Loading Condition Input Power in Hot Climate AC-Input | 156,968 |
| Operation Mode: 100% Loading Condition Output Power in Hot Climate AC-Input | 148,655 |
| Operation Mode: 100% Loading Condition Power Factor in Hot Climate AC-Input | 1 |
| Average Loading-Adjusted Efficiency (%) AC-Input | 1 |
| Date Qualified | August 14, 2023 |