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AC/DC Hybrid Series MEH160
MOQ: 20 PCS
Note: If you have any questions,please contact us
- 1. Multi-peak tracking technology, higher tracking accuracy under shading conditions.
- 2. Boosting constant current algorithm, accurate load efficiency control.
- 3.Available for all types of batteries.
- 4.Multi-stage induction setting, more flexible lighting and electric quantity control.
- 5.Advanced MPPT charging technology is 15% - 30% higher than PWM charging efficiency.
- MEH160
- MEH200
- EH120
- EH120-ES
- EL2415
SRNE Solar Co.,Ltd
Since:
2009
Product Description
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| Models | MEH160 | MEH200 | EH120 | EH120-ES | EL2415 | Parameters adjustable | |
| Zero load loss | R：＜10mA/12V；＜7mA/24V W：＜30mA/12V；＜15mA/24V | R:<10mA/12V；<15mA/24V W:<35mA/12V；<40mA/24V | |||||
| System voltage | 12V/24V | √ | Lead | ||||
| Max load power | 80W/12V ;160W/24V | 100W/12V ;200W/24V | 60W/12V ;120W/24V 180W/12V ;360W/24V | ||||
| Load output voltage | 15V～75V | 15V～60V；30V～60V/24V | |||||
| Load periods | 9 periods + predawn | always on mode 9 load working modes | |||||
| Maximum charging current | 15A | 20A | 15A | ||||
| Solar power max input efficiency | 200W/12V;400W/24V | 260W/12V;520W/24V | 225W/12V;450W/24V | ||||
| Load circuit voltage drop (EL Series) | / | / | ≤500mV | ||||
| Solar panel input voltage | ≤95V | ≤55V | |||||
| Load conversion efficiency | 90% ～ 96% | ||||||
| Load current accuracy | < 3% | ||||||
| Over-voltage | Lead-acid battery:16V; Lithium battery:charge voltage+2V; x2/24V | ||||||
| Equalizing charge voltage | Lead-acid battery:14.6V; Lithium battery:No equalizing charge;x 2/24V | ||||||
| Equalizing charge interval | 30 days | ||||||
| Boost charge voltage (Lead-acid) | 7.50V ~ 17.00V setteble; x2/24V | √ | 14.4V | ||||
| Charging voltage(lithium battery) | 7.50V ~ 17.00V setteble; x2/24V | √ | 14.4V | ||||
| Floating charge voltage(Lead-acid) | 7.50V ~ 17.00V setteble; x2/24V | √ | 13.8V | ||||
| Charge return voltage(lithium battery) | 7.50V ~ 17.00V setteble; x2/24V | √ | 13.8V | ||||
| over discharge voltage | 7.50V ~ 17.00V setteble; x2/24V | √ | 11.0V | ||||
| Over discharge return voltage | 7.50V ~ 17.00V setteble; x2/24V | √ | 12.6V | ||||
| Switching voltage | 7.50V ~ 17.00V setteble; x2/24V | √ | 11. 5V | ||||
| DC voltage input range | 10 ~ 14V/12V system; 20~ 28V/24V system | ||||||
| Light control voltage | 3V ~ 11V ; x2/24V | √ | 5V | ||||
| Temperature compensation oefficient | Lead-acid battery:-3.0MV/*C/2V; Lithium battery:No temperature compensation | ||||||
| Light control delay | 5s ~ 60s/2min ~ 60min | √ | 10s | ||||
| High temperature work | 40°C~+90°C | √ | 65°C | ||||
| Low temperature charging | 0°C~-35°C | √ | -35°C | ||||
| Operating temperature | -35°C ~ +65°C | ||||||
| lPrating | IP67 | ||||||
| Weight (g) | 780 | 300 | |||||
| Dimensions (mm) | 155*114.4*34 | 120*82*23 | |||||
| lnstallation size (mm) | 123*102 | 106*75 | |||||
Performance characteristics
- 1. Advanced MPPT charging technology is 15% - 30% higher than PWM charging efficiency.
2. Multi-peak tracking technology, higher tracking accuracy under shading conditions.
3. Boosting constant current algorithm, accurate load efficiency control.
4. Charge with accurate constant pressure algorithm, charging ripple will be lower and the service life of lithium battery will be extended.
5. Historical status record.
6. Available for all types of batteries.
7. Multi-stage induction setting, more flexible lighting and electric quantity control.
