Premium Solar Panels and Accessory for Leisure and Marine Applications
EPEVER UPower Pure Sine Inverter 3000W 24V MPPT Solar Charger 1500W UP3000-M6322
A Hybrid fully configurable Inverter Charger combining MPPT Solar Charging and Inverter function in one reliable solar off-grid package. Suitable for Industrial, Commercial, Scientific, Residential and Marine use.
Available in 1KVA, 2KVA, 3KVA and 5KVA models.
Industrial grade design with 2 Year Warranty:
- Uses multi-core processor design and an advanced MPPT control algorithm in an IP30 enclosure.
- SPWM Pure Sine Wave output. Low Harmonic Distortion (≤3%) suitable for industrial, scientific and medical applications.
- MPPT technology with efficiency up to 99.5%
- AC side / Utility side 2P circuit breakers inbuilt (reduces installation space and time)
- Battery temperature compensation function
- Extensive electronic protection
- Can deliver instantaneous Output Surge Power twice the device rated power.
- For Critical UPS Power Applications, inbuilt Relay Interface can activate an external power source (e.g. Auto Start/Stop Generator) when Battery voltage is critically low.
MPPT Solar Charge algorithm maximises conversion efficiancy up to 99.5%. Battery Charging function configurable to suit local environment preferences and reliabilty requirements in multiple priority modes:
- Solar charging priority over Utility (to balance low running cost with reliability)
- Utility charging priority over Solar (to maximise charge in cloud conditions)
- Solar only charging (to achieve lowest running cost)
- Utility & Solar combined simultaneous charging
Inverter DC-AC module uses SPWM to produce Pure Sine wave output suitable for residential and commercial / scientific applications.
AC Inverter Module can be configured to run on:
- Always Battery source. This creates a continously stable output for systems requiring UPS (Uninterrupted Power Supply), e.g. telecommuncation systems or medical devices, or for countries where electrical power is unstable.
- Utility Power as default. Example when a Boat is connected to shore power.
- Configure output Voltage between 230VAC and 220VAC, and frequency between 60Hz or 50Hz
Control and Monitoring : Large 4.2 inch inbuilt display with realtime opertional data. Control and Monitor the system with PC Software or Android App.
- Optional Communication Cable (USB to RS485) required for PC connection.
- Optional eBox-WiFi required for Mobile Phone.
- PC Software required ().
Electrical Specification:
| UPower Series / Model Number | 3 KVA/ (UP3000-M6322) |
|---|---|
| System Battery Voltage (and Range) | 24 V DC (21.6～32VDC) |
| Output Power (15min.) | 3000W (Continous 2400W) |
| Max. Surge Power | 6000W |
| Inverter Output Voltage / Frequency | 220VAC±3%, 230VAC (-7%～+3%) / 50Hz/60Hz |
| Inverter Output Wave | Pure Sine Wave |
| Distortion THD | ≤3% (12V or 24V resistive load) |
| AC Utility Input Voltage | 160VAC～280VAC(Working voltage range), 170VAC～270VAC(Utility starting voltage range) |
| Max. Utility Charge Current | 30A |
| Max. PV Open Circuit Voltage | 138V |
| Max. PV Input Power | 1500W |
| Max. PV Charging Current | 60A |
| Battery Type | Lead Acid (AGM / Gel / Sealed / Flooded) / User Custom Battery Voltage Settings (e.g. Lithium*, etc.) |
| Battery (Equalization/Boost/Float) Voltage | 29.2 V / 28.8 V / 27.6 V |
| Temperature Compensation Coefficient | -3mV/℃, 2V (Default) |
| MPPT Tracking Efficiency | upto 99.5% |
| PC Connectivity Option | RS485 Interface |
| Inbuilt Relay Interface | Can drive resistive loads 125VAC /1A, 30VDC/1A. Relay triggered by battery voltage sensing parameters DON / DOF (See manual). |
Environment Specification:
| Operating Temperature Range | -20°C ~ +50°C |
| Relative Humidity | ≤95%, N.C |
| Enclosure | IP30 |
Physical Specs:
| Parameter | |||
|---|---|---|---|
| Dimension | 518×310×168mm | ||
| Mounting Dimension | 230mm | ||
| Mounting Hole Size | Φ8mm | ||
| Weight | 14.9kg | ||
Full Protection Functions:
PV Over Current, PV Short Circuit, Night Reverse charging, Battery & PV reverse polarity, Battery over discharge, Battery over heat, Battery over voltage, Load Short Circuit, Load Overload, and Device overheating. Note: To comply with IEC62109 requirement, connector for battery temp sensor is now located inside the unit.
CE, RoHS.
Box Contains:
- Hybrid Charger/Inverter
- DC Circular & Input Terminals
- Battery Input Fuse
- Environment Temperature Sensor
- Installation tools. Wall Template, Anchor Bolts and Screws.
Specifications subject to change. * Lithium Battery compatibility not guaranteed, due to varying battery chemistry and BMS configuations.