Mole Energy - Surveyors Manual - Digital PDF - AW4

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Battery Specification (based on one 5kWh Battery) Electrical

BMS

Energy Capacity: Useable Capacity: Nominal Voltage:

5.12kWh 4.6kWh

Max. Short Circuit Current: 125A

Capacity:

100 – 400Ah

Power Consumption: <2W

Operating Voltage Range: 44.8 – 56.5V

Modules Connection:

Max. 4 batteries in parallel

51.2V

Internal Resistance:

<20mΩ

Monitoring Parameters:

System voltage, current, cell voltage, cell temperature, PCBA temperature measurement

Depth of Discharge:

90%

Cycle Life:

10000 Cycles

Operation

Physical

Max. Charge/Discharge Current : Operating Temperature Range:

50A/80A

Storage Temperature Range:

-20°C to +50°C

Battery Type:

LFP (LiFeP04)

Dimension (WxHxD): 540 x 490 x 240mm

-10°C to +50°C

Humidity:

0 – 95%

Weight:

54kg

IP Protection:

IP65

Compliance IEC 62040-1, IEC 62619, IEC 63056 & UN38.3. IEC/EN61000-6-1, IEC/EN61000-6-2, EN61000-6-3 & IEC/EN61000-6-4. Inverter Specification Inverter General 3.68kW Inverter 5kW Inverter AC Output

3.68kW Inverter

5kW Inverter

Max. Recommended PV Power:

4800W

6500W

Nominal AC Output Power:

3680W

5000W

Max. DC Voltage: Nominal Voltage:

580V 400V

Max. AC Output Power: Max. Output Current: Max. AC Apparent Power:

3680W

5000W

16A

22A

MPPT Voltage Range:

80V – 560V

7360VA (from grid)

Start Voltage:

130V

Nominal AC Voltage:

230Vac

Number of MPP Tracker: Strings Per MPP Tracker: Max. Input Current MPPT: Max. Short-Circuit MPPT: Max. Charging Current: Max. Discharging Current: Max. Charge/Discharge Power: Battery Input

2

AC Grid Frequency Range:

50 / 60Hz +/-5Hz

1

Max. Input Current: Power Factor (cos Φ ):

32A

15A/15A 18A/18A

0.8 leading – 0.8 lagging

THDi:

<3%

3.68kW Inverter

5kW Inverter

AC Output (Backup)

3.68kW Inverter

5kW Inverter

50A 80A

100A 100A

Max. Output Apparent Power:

4000VA

5000VA

Max. Output Current:

16A

20A

3000/4000W

4600/5000W

Peak Output Apparent Power:

6900VA 10sec

Battery Type:

LFP (LiFeP04)

Nominal Output Voltage: Nominal Output Frequency: Output THDv (@Linear Load):

230V

Nominal Battery Voltage: Charging Voltage Range:

48V

50 / 60Hz

40-60V

<3% (Linear Load)

Battery Capacity:

100 – 400Ah

Charging Strategy For Li-Ion Battery:

Depends on the BMS

Efficiency

3.68kW Inverter

5kW Inverter

Protection DC Switch:

3.68kW Inverter

5kW Inverter

Max. PV Efficiency: Euro PV Efficiency:

97.6% 97.0%

Bipolar DC Switch (125A/Pole)

AC/DC Surge Protection: DC Reverse Polarity Protection: Output Over Current: Anti-islanding Protection: String Fault Detection:

DC Type II, AC Type III

Yes

Yes Yes Yes Yes Yes

General Specification Dimensions W x H x D:

3.68kW Inverter

5kW Inverter

540 x 590 x 240mm

Weight:

32kg

Insulation Detection:

Operating Temperature :

-25 to +60°C*

AC Short Circuit Protection:

Noise :

<25dB

Cooling Type :

Natural Convection

Max. Operation Altitude : Max. Operation Humidity :

2000m

Compliance

0-95% (No Condensation)

IEC/EN62109-1/2; IEC/EN61000-6-1; IEC/EN61000-6-2; EN61000-6-3; IEC/EN61000-6-4.

IP Class : Topology :

IP65

Grid Compliance

Battery Isolation

DIN VDE 0126-1-1; VDE-AR-N-4105; AS 4777.2; G98/G99;

* Derating above 45°C

Controller Specification Enclosure Material:

Painted Zintec Steel

Mounting Location: Supply Cable Entry:

Indoor

Dimensions:

146 x 165 x 51mm or 146 x 217.5 x 51mm including antenna

Rear or Bottom

Supply Frequency:

50Hz

Display:

Graphical Backlit LCD

Max. Current:

0.1A

Nominal Current:

25mA

Rated Supply Voltage:

230V AC Single Phase (+/- 10%) 1 x LAN port, RJ45 connector

WiFi:

802.11b/g/n 2.4GHz

Ethernet:

Serial:

1 x RS485 port

Grid Current Sensor:

100A max. Primary Current, 16mm max, Cable Diameter

Wireless Interface:

868/915 MHz (Proprietary Protocol) for Wireless Sensor and Remote Monitoring Options CTs Designed to Meet Class B (1%) of EN 50470 External CTs: 0.25-100A

Dynamic Load Balancing:

Optional Setting to Limit Current Drawn from the Unit Supply or the Grid

Metering Accuracy:

Compliance IEC62368-1, EN 55014-1&2, EN 301489-1/3/17, EN 300 220-2, EN 300 328

Published November 2022 United Kingdom Revision 3

myenergi Ltd. Pioneer Business Park, Faraday Way, Stallingborough, Grimsby, DN41 8FF, UK

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