The EPEVER® IPower series represents a series of pure sine wave off-grid inverters, which can convert 12/24/48V DC into 220 / 230V AC.Industrial design, compared with the civilian design, has a wider operating temperature range (-20 ? ~ + 45 ?), greater reliability and higher efficiency. There are many advantages such as a concise and light appearance, easy installation and operation. The wide input voltage range is ideal for use in solar systems. The voltage transformer can be used in many areas, ideal for household emergency lighting, vehicle-mounted system and small and medium-sized power supplies, etc.
Special features
- Max. efficiency up to 95%
- Safe design with electrical insulation for input and output
- Adoption of advanced SPWM technology, pure sine output
- LED indicators for error status and working status
- Low idle consumption
- Input protection: Overvoltage and low voltage protection
- Output protection: Overload and short circuit protection
- Overheating protection: Temperature controlled ventilation; automatic shutdown in case of overheating
- Suitable for all types of electrical appliances
- do not support lithium battery
Technical specifications
| Model | IP2000-22 |
| EAN Code | 4260558570714 |
| Article number | 3102000 |
| Input rated voltage of the battery | 24VDC |
| Input voltage range | 21.6 ~ 32VDC |
| Output voltage | 220VAC (± 5%) / 230VAC (-10% ~ + 5%) |
| Continuous power up to + 45 ? | 1600W |
| Output power up to 15 min. | 2000W |
| Efficiency | 95% |
| IP protection | IP20 |
| Operating temperature | -20 ? ~ + 45 ? |
| Dimension | 326 * 232 * 99mm |
| Weight | 4.0kg |
Product safety information
Manufacturer information:
SolarV GmbH
Am Kronberger Hang 2
Hessen
Schwalbach am Taunus, Deutschland, 65824
info@solarv.de
www.solarv.de
Does the EPEVER inverter support lithium battery?
Only the IP-Plus series and UPower-HI series inverter support lithium battery.
Does the inverter need to be grounded?
Yes. To avoid danger, the inverter must be grounded due to the high output voltage. If the inverter encounters electric leakage, it is dangerous for people to touch. By grounding, the electric leakage is directed to the earth instead of the human body.
How to select the right inverter if known the load types and power?
Required information: AC Load Type; Rated Power; Power Factor; Starting Inrush Current Coefficient.
Follow the below formula to calculate the maximum load power.
Maximum load power = (Rated power / Power factor) * Starting inrush current coefficient
Follow the below formula to calculate the continuous load power
Load continuous power = Rated power / Power factor
Follow the rules to select inverter:
a) The continuous inverter power higher or equal to the continuous load power.
b) The inverter allowed overload power is higher and equal to the maximum load power.
Example:
An air conditioner with 735W and power factor of 0.9, which is an inductive load, also it’s starting inrush current coefficient is 5. So the maximum power is (735W/0.9)*5=4105VA, the continuous power is 735W/0.9=817VA. This means the inverter rated power should be higher than 817W and allowed overload power should higher than 4105W to handle this air conditioner.
How long is the manufacturer's warranty for charge controllers?
2 years
There are no reviews yet.
