
MP-X1-IES-A 2.5-8kW All-in-one Residential ESS-880
The China Moneypro X1‑IES‑A Series is an integrated residential energy storage solution that combines a powerful hybrid inverter, modular battery capability, and intelligent energy management into one all‑in‑one system. Designed for homes and small commercial applications like villas, grocery stores, and workshops, it maximizes solar self‑consumption, provides reliable backup power, and delivers high safety and performance for a modern clean‑energy lifestyle.
All‑in‑One Smart Solar & Storage System
The China Moneypro X1‑IES‑A Series is an integrated residential energy storage solution that combines a powerful hybrid inverter, modular battery capability, and intelligent energy management into one all‑in‑one system. Designed for homes and small commercial applications like villas, grocery stores, and workshops, it maximizes solar self‑consumption, provides reliable backup power, and delivers high safety and performance for a modern clean‑energy lifestyle.
High Yield & Efficient Energy Harvest
Capture More Solar Energy
-
Allows up to 200 % PV oversizing — supports larger PV array relative to inverter capacity for increased solar generation capture.
-
Supports up to 200 % PV input power, enabling strong energy inflow from solar panels.
-
Max. 20 A DC input per MPPT ensures efficient tracking of PV power.
-
Lower startup voltage improves UV performance and increases usable generation hours.
Benefits:
-
Enhanced daily PV generation and self‑consumption.
-
Works well even with high‑power solar modules and varied rooftop orientations.
Smart Energy Management
AI‑Driven & Cost‑Effective
-
Built‑in AI energy management forecasts solar generation and household consumption to better schedule charging and discharging.
-
Supports 7×24 Time‑of‑Use (ToU) optimization, helping reduce electricity costs by charging when rates are low and discharging when rates are high.
-
Smart schedule, intelligent load management, and smart scenes enable adaptable energy use.
Advantages:
-
Reduces grid electricity draw and overall utility bills.
-
Makes the most of solar energy with smart control strategies.
Fast & Flexible Installation
Ready in Minutes
-
Modular plug‑and‑play design significantly simplifies installation and reduces setup time.
-
Optional wireless meter provides flexible system monitoring without complex wiring.
Advantages:
-
Fast installation by a single technician or household installer.
-
Reduces labor and commissioning costs.
Reliable Backup & Power Continuity
Protected & Uninterrupted
-
UPS‑level fast switchover (< 10 ms) helps ensure uninterrupted power to essential loads during grid instability.
-
EPS overload support up to 200 % for 10 seconds handles brief heavy load demands (e.g., motor starts).
-
Max. 50 A charge/discharge current enables strong energy flow between PV, battery, and loads.
Benefits:
-
Improves home energy reliability in power interruptions.
-
Delivers robust performance under varied load conditions.
Safe, Durable & Climate‑Ready
Built for Real‑World Use
-
Optional AFCI (Arc Fault Circuit Interrupter) enhances electrical safety against arc‑fault fire risks.
-
Rapid shutdown option improves safety during maintenance or emergency scenarios.
-
Type II SPD on AC & DC sides guards against transient surges.
-
Cobalt‑free LiFePO₄ battery chemistry ensures stable and safer long‑life operation.
-
Integrated battery heating technology enables reliable performance in extreme cold environments (as low as –30 °C).
Advantages:
-
Enhanced safety and resistance to environmental stress.
-
Supports operation in diverse climates, including cold regions.
Why Choose China Moneypro X1‑IES‑A?
-
Flexible Power Options: Available in 3.7 kW, 5 kW, 6 kW, and 8 kW variants to suit different household sizes.
-
High Solar Yield: Up to 200 % PV oversizing and input support maximises solar utilization.
-
Smart Energy Control: AI & ToU scheduling for optimized costs and performance.
-
Reliable Backup: Fast switchover and EPS overload capacity for uninterrupted power.
-
Safe & Durable: AFCI, SPD protection, and advanced battery tech for long‑term reliability.
Key Specifications (Typical Models)
| Model | Nominal Output Power | Max PV Input | MPPT / DC Input | Charge/Discharge | Protection |
|---|---|---|---|---|---|
| X1‑IES‑3.7K‑A | ~3.7 kW | Up to ~7.4 kWp | 2 MPPT / 20 A | 50 A | IP66 |
| X1‑IES‑5K‑A | ~5 kW | Up to ~10 kWp | 3 MPPT / 20 A | 50 A | IP66 |
| X1‑IES‑6K‑A | ~6 kW | Up to ~12 kWp | 3 MPPT / 20 A | 50 A | IP66 |
| X1‑IES‑8K‑A | ~8 kW | Up to ~16 kWp | 3 MPPT / 20 A | 50 A | IP66 |
Rated output and PV array sizing shown are typical values; actual values depend on model choice and installation conditions.
Typical Applications
-
Residential Rooftops: Maximise self‑consumption and solar utilization.
-
Backup Power Scenarios: Support essential loads during grid outages.
-
Peak Shaving & TOU Management: Charge at low tariff, discharge at high tariff.
-
Small Commercial Sites: Villas, shops, or light industrial loads.
FAQ – Common Questions
Q1: What power options are available?
The China Moneypro X1‑IES‑A Series comes in 3.7 kW, 5 kW, 6 kW, and 8 kW variants to suit different energy demands.
Q2: Can it handle large PV arrays?
Yes — it supports up to 200 % PV oversizing and input power to maximise energy capture.
Q3: How quickly does it switch to backup power?
It provides UPS‑level switchover in < 10 ms for seamless transition to backup.
Q4: Is the system suitable for cold climates?
Yes — with integrated battery heating technology, it can operate reliably even in extreme cold down to ~–30 °C.
Q5: What safety features does it include?
It includes AFCI (optional), rapid shutdown (optional), and Type II SPD protection for both AC and DC sides.
Specifications
|
Technical Data
|
X3-IES-4K
|
X3-IES-5K
|
X3-IES-6K
|
X3-IES-8K
|
X3-IES-10K
|
X3-IES-12K
|
X3-IES-15K
|
|---|---|---|---|---|---|---|---|
|
System Overview
|
|||||||
|
Rated output power
|
4 kW
|
5 kW
|
6 kW
|
8 kW
|
10 kW
|
12 kW
|
15 kW
|
|
Number of batteries
|
2
|
3
|
4
|
5
|
6
|
5
|
6
|
|
Nominal capacity
|
10.2 kWh
|
15.3 kWh
|
20.4 kWh
|
25.6 kWh
|
30.7 kWh
|
25.6 kWh
|
30.7 kWh
|
|
Usable energy
|
9.2 kWh
|
13.8 kWh
|
18.4 kWh
|
23.0 kWh
|
27.6 kWh
|
23.0 kWh
|
27.6 kWh
|
|
Max. charge / discharge power
|
10.2 kW
|
15.0 kW
|
15.0 kW
|
15.0 kW
|
15.0 kW
|
15.0 kW
|
15.0 kW
|
|
Degree of protection
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
|
Operating temperature range
|
-30 ~ 53°C
|
-30 ~ 53°C
|
-30 ~ 53°C
|
-30 ~ 53°C
|
-30 ~ 53°C
|
-30 ~ 53°C
|
-30 ~ 53°C
|
|
Allowable relative humidity range
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
4 ~ 100% (condensing)
|
|
Max. operating altitude
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
|
Net weight
|
147.2 kg
|
194.2 kg
|
241.2 kg
|
147.2 / 146.2 kg
|
194.2 / 146.2 kg
|
147.2 / 146.2 kg
|
194.2 / 146.2 kg
|
|
Dimension (W × H × D)
|
730 × 1281 × 209.5 mm
|
730 × 1599 × 209.5 mm
|
730 × 1917 × 209.5 mm
|
730 × 1281 × 209.5 mm / 730 × 1120.5 × 150 mm
|
730 × 1599 × 209.5 mm / 730 × 1120.5 × 150 mm
|
730 × 1281 × 209.5 mm / 730 × 1120.5 × 150 mm
|
730 × 1599 × 209.5 mm / 730 × 1120.5 × 150 mm
|
|
Display
|
LCD
|
LCD
|
LCD
|
LCD
|
LCD
|
LCD
|
LCD
|
|
Cooling concept
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
|
Topology
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
|
Communication
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
RS485, Pocket-X, USB, CAN, DO, DI
|
|
PV Input
|
|||||||
|
Max. recommended PV array power
|
8 kWp
|
10 kWp
|
12 kWp
|
16 kWp
|
20 kWp
|
24 kWp
|
30 kWp
|
|
Max. PV input voltage
|
1000 V
|
1000 V
|
1000 V
|
1000 V
|
1000 V
|
1000 V
|
1000 V
|
|
Nominal PV input voltage
|
600 V
|
600 V
|
600 V
|
600 V
|
600 V
|
600 V
|
600 V
|
|
Operating voltage range
|
90 ~ 950 V
|
90 ~ 950 V
|
90 ~ 950 V
|
90 ~ 950 V
|
90 ~ 950 V
|
90 ~ 950 V
|
90 ~ 950 V
|
|
MPPT voltage range
|
110 ~ 950 V
|
110 ~ 950 V
|
110 ~ 950 V
|
110 ~ 950 V
|
110 ~ 950 V
|
110 ~ 950 V
|
110 ~ 950 V
|
|
Start-up voltage
|
140 V
|
140 V
|
140 V
|
140 V
|
140 V
|
140 V
|
140 V
|
|
No. of MPP trackers / Strings per MPP tracker
|
2 / (1/1)
|
2 / (1/1)
|
2 / (1/1)
|
3 / (1/1/1)
|
3 / (1/1/1)
|
3 / (1/1/1)
|
3 / (1/1/1)
|
|
Max. input current per MPPT (MPPT1/2/3)
|
20 A / 20 A
|
20 A / 20 A
|
20 A / 20 A
|
20 A / 20 A / 20 A
|
20 A / 20 A / 20 A
|
20 A / 20 A / 20 A
|
20 A / 20 A / 20 A
|
|
Max. input short circuit current per MPPT
|
25 A / 25 A
|
25 A / 25 A
|
25 A / 25 A
|
25 A / 25 A / 25 A
|
25 A / 25 A / 25 A
|
25 A / 25 A / 25 A
|
25 A / 25 A / 25 A
|
|
AC Input & Output (On-Grid)
|
|||||||
|
Rated output power
|
4 kW
|
5 kW
|
6 kW
|
8 kW
|
10 kW
|
12 kW
|
15 kW
|
|
Rated output current
|
5.8 A
|
7.3 A
|
8.7 A
|
11.6 A
|
14.5 A
|
17.4 A
|
21.8 A
|
|
Max. output apparent power
|
4000 VA
|
5500 VA
|
6600 VA
|
8800 VA
|
10000 VA
|
13200 VA
|
16500 VA
|
|
Max. output continuous current
|
6.1 A
|
8.4 A
|
10 A
|
13.4 A
|
15.2 A
|
20.0 A
|
25.0 A
|
|
Nominal AC voltage
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
3/N/PE, 220 / 380 V; 3/N/PE, 230 / 400 V
|
|
Max. input apparent power
|
10 kVA
|
10 kVA
|
12 kVA
|
16 kVA
|
20 kVA
|
20 kVA
|
20 kVA
|
|
Max. AC input current
|
16.1 A
|
16.1 A
|
19.3 A
|
25.8 A
|
32.0 A
|
32.0 A
|
32.0 A
|
|
Nominal AC frequency
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
50 Hz / 60 Hz
|
|
AC frequency range
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
50 ± 5 Hz / 60 ± 5 Hz
|
|
Adjustable power factor range
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
~1 (0.8 lagging to 0.8 leading)
|
|
THDi (rated power)
|
<3%
|
<3%
|
<3%
|
<3%
|
<3%
|
<3%
|
<3%
|
|
Battery
|
|||||||
|
Battery voltage range
|
160 ~ 800 V
|
160 ~ 800 V
|
160 ~ 800 V
|
160 ~ 800 V
|
160 ~ 800 V
|
160 ~ 800 V
|
160 ~ 800 V
|
|
Communication interfaces
|
CAN / RS485
|
CAN / RS485
|
CAN / RS485
|
CAN / RS485
|
CAN / RS485
|
CAN / RS485
|
CAN / RS485
|
|
BMS module
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
TBMS-MCS0800E
|
|
Battery module
|
TP-HS50E
|
TP-HS50E
|
TP-HS50E
|
TP-HS50E
|
TP-HS50E
|
TP-HS50E
|
TP-HS50E
|
|
Composition
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
TBMS-MCS0800E + TP-HS50E × n + Base Dimensions + Series Box (Required for two columns)
|
|
Battery type
|
LFP
|
LFP
|
LFP
|
LFP
|
LFP
|
LFP
|
LFP
|
|
Nominal capacity / Nominal capacity
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
5.1 kWh / 50 Ah
|
|
Usable energy
|
4.6 kWh
|
4.6 kWh
|
4.6 kWh
|
4.6 kWh
|
4.6 kWh
|
4.6 kWh
|
4.6 kWh
|
|
Standard power
|
3 kW
|
3 kW
|
3 kW
|
3 kW
|
3 kW
|
3 kW
|
3 kW
|
|
Max power
|
5.1 kW
|
5.1 kW
|
5.1 kW
|
5.1 kW
|
5.1 kW
|
5.1 kW
|
5.1 kW
|
|
Max. charge/discharge current
|
50 A
|
50 A
|
50 A
|
50 A
|
50 A
|
50 A
|
50 A
|
|
Cycle life
|
>6000 cycles
|
>6000 cycles
|
>6000 cycles
|
>6000 cycles
|
>6000 cycles
|
>6000 cycles
|
>6000 cycles
|
|
Warranty
|
10 years
|
10 years
|
10 years
|
10 years
|
10 years
|
10 years
|
10 years
|
|
Safety
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
CE, RCM, TUV (IEC62619), ROHS, REACH
|
|
TBMS-MCS0800E dimensions (W × H × D) / Weight
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
730 × 165 × 150 mm / 9.3 kg
|
|
TP-HS50E dimensions (W × H × D) / Weight
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
730 × 318 × 150 mm / 47 kg
|
|
Base dimensions (W × H × D) / Weight
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
730 × 75 × 150 mm / 3.9 kg
|
|
Series box dimensions (W × H × D) / Weight
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
167 × 91.5 × 121 mm / 1.3 kg
|
|
EPS (Off-Grid) Output (With Battery)
|
|||||||
|
Rated EPS output voltage, frequency
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
230 V / 400 V, 50 Hz / 60 Hz
|
|
Rated EPS output power
|
4 kVA
|
5 kVA
|
6 kVA
|
8 kVA
|
10 kVA
|
12 kVA
|
15 kVA
|
|
Peak EPS output power
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
2 times of rated power, 10 s
|
|
Switchover time
|
< 10 ms
|
< 10 ms
|
< 10 ms
|
< 10 ms
|
< 10 ms
|
< 10 ms
|
< 10 ms
|
|
Efficiency
|
|||||||
|
Max. efficiency
|
98.0%
|
98.0%
|
98.0%
|
98.0%
|
98.0%
|
98.0%
|
98.0%
|
|
European efficiency
|
97.7%
|
97.7%
|
97.7%
|
97.7%
|
97.7%
|
97.7%
|
97.7%
|
|
Environment Limit
|
|||||||
|
Ingress protection
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
IP66
|
|
Operating ambient temperature range
|
-35 ~ 60°C
|
-35 ~ 60°C
|
-35 ~ 60°C
|
-35 ~ 60°C
|
-35 ~ 60°C
|
-35 ~ 60°C
|
-35 ~ 60°C
|
|
Max. operating altitude
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
3000 m
|
|
Relative humidity
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
4 ~ 100% RH (condensing)
|
|
Overvoltage Category
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
Mains: I, Battery: II, PV: II
|
|
General
|
|||||||
|
Dimensions (W × H × D)
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
717 × 405 × 209.5 mm
|
|
Net weight
|
40 kg
|
40 kg
|
40 kg
|
40 kg
|
40 kg
|
40 kg
|
40 kg
|
|
Cooling concept
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
Natural cooling
|
|
Communication interfaces
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
RS485, Pocket-X, CAN + RS485, DO, DI
|
|
Power consumption (night)
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
< 40 W for hot standby, < 5 W for cold standby
|
|
Topology
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
Non-isolated
|
|
Certificates and approvals
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
IEC62109-1 / IEC62109-2, VDE 0126-1-1 A1:2012 / VDE-AR-N 4105 / G98 / G99 / AS4777 / EN50549 / CEI 0-21
|
|
AC auxiliary power supply (APS)
|
Built-in
|
Built-in
|
Built-in
|
Built-in
|
Built-in
|
Built-in
|
Built-in
|
|
Protection
|
|||||||
|
Protections
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
Overvoltage protection, Undervoltage protection, Overfrequency protection, Underfrequency protection, Residual current detection, Over-temperature protection, DC isolation protection, Grid monitoring, DC injection monitoring, Back feed current protection
|
|
Active anti-islanding method
|
Frequency shift
|
Frequency shift
|
Frequency shift
|
Frequency shift
|
Frequency shift
|
Frequency shift
|
Frequency shift
|
|
Surge protection (DC / AC)
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
DC: Type II, AC: Type II
|
|
Arc-fault circuit interrupter (AFCI)
|
Optional
|
Optional
|
Optional
|
Optional
|
Optional
|
Optional
|
Optional
|



