Customization: | Available |
---|---|
Type: | Lithium Metal Battery |
Cathode Material: | LFP |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Model | ES-200 | ||
DC CAR INPUT CHARGE |
Input Voltage | V/DC | Standard:9-30V |
Input current | A | Car Input Voltage 13.5-16.5V/5A,Car Input Voltage 24-29V/5A | |
Efficiency | % | Input Voltage ≤24V Efficiency 86% ;Input Voltage >=24V Efficiency 86% | |
Inverter output |
Output Voltage | V/AC | 220V AC:No load/229V,Fully loaded/216V 110V AC:No load/129V,Fully loaded/116V |
Frequency | HZ | 220V/50HZ or 110V/60HZ | |
Efficiency | % | 220V AC /92% ;110V AAC /92% | |
Output power | W | Rated/200W,Peak/400W, Over 210W Protection, | |
Waveform | AC pure sine wave | ||
Ripple | ≤200MV | ||
Overcurrent | When the output current exceeds the set value, the protection is delayed by 600 milliseconds | ||
Short Circuit | Automatic recovery after short circuit | ||
Overload | After overload, the power will be automatically reduced. | ||
Over temperature | °c | When the motherboard heat sink temperature exceeds 50 degrees, the fan will automatically turn on for cooling, and when it exceeds 85 degrees, it will automatically protect | |
Solar input |
Input voltage | V | 9-30V |
Input power | W | Max 140W | |
Principle | MPPT | ||
Output voltage | V | 25.6V | |
Output current | A | When the solar input voltage is different, the corresponding charging current is also different, 6.5V/3A 9V/2A 13.5V/1.5A 16.5V/5A 24V/5A 29V/5A | |
Efficiency | % | Charging efficiency is 86% when input voltage is lower than 24V; charging efficiency is 92% when input voltage is higher than 24V | |
PD Charge |
Input voltage | DC | 9-30V |
Charge power | W | Use Type-C is DPC/DMC/CC1/CC2 The charger will automatically adjust the charging current to suit different load capacities. Maximum charging power: 140W | |
Charge Time | H | 140W/PD Charge,About 1 Hour >=95% 100W/PD Charge,About 1.5 Hour >=95% 65W/PD Charge,About 2 Hour >=95% 18W/PD Charge,About 8 Hour >=95% |
|
Conversion efficiency | % | About 92% | |
Over temperature |
Fan temperature | ºC | Fan starts when the temperature exceeds 45 degrees |
Over temperature protection | ºC | The heat sink temperature exceeds 85 degrees and automatically protects against external output |