Grid connected inverter MTM containerized central inverter
This product adopts all-in-one integration technology. Its inverter adopts integrated DC distribution cabinet design with smaller footprint, which greatly shortens the construction time of power plants. Its transportation, installation and maintenance are one-stop completed. It is ideal for the construction of outdoor PV power plants.
This inverter is a grid connected inverter. Unlike other inverters, it is a containerized central inverter .
Characteristics
● Integrated technology; stable and reliable performance; convenient installation
● IP54 for outdoor use
● High efficient IGBT components
● Wide DC input range for flexible configuration of PV array
● Advanced MPPT algorithms
● Efficient thermal system design adapting to harsh environment
● ZVRT (Zero Voltage Ride Through) function
● Active power 0 ~ 100% adjustable
● Reactive power 0.9 (leading) ~ 0.9 (lagging) adjustable
● TÜV, CE, CQC certified
Centralized inverter: The power of domestic mainstream equipment generally does not exceed 630kW, the power device adopts high current ICBT, and the system topology adopts DC-AC first-level power electronic device to transform full-bridge inverter, power frequency isolation transformer, and the protection level is generally Not less than IP20: Large size, indoor vertical installation. The system scheme is to use the DC combiner box for the first-level convergence, the centralized reactor (with the MPPT tracking function) for the secondary river flow and the inverter, and finally the input booster box variable-distribution inverter: the distributed multi-MPPT, Independent tracking, high precision, high power generation efficiency; distributed DC boost, DC transmission voltage of about 800V, AC grid-connected voltage of about 500V, transmission loss is reduced
Transmission and grid-connected voltages are high, current is small, and investment in inverters, cables, and boxes has declined. System solution: for the DC bus box for the first-level convergence (DC bus box with multi-channel MPPT tracking function), and then use the large-capacity inverter (not MPPT tracking function) for secondary convergence and inverter, and finally input boost The box changes.
MODEL |
HC1MTM |
HC1.26MTM |
INPUT(DC) |
|
|
Max.DC power |
1120KWp |
1410 KWp |
Max. input voltage |
1000V |
|
Starting voltage |
505 Vdc |
570 Vdc |
Min. operating voltage |
460 Vdc |
520vdc |
Max.input current |
2440A |
2712A |
MPPT voltage range |
460~850V |
520~850V |
Number of DC cabinet input terminals |
8X2 |
10X2 |
OUTPUT(AC) |
||
Rated power |
1000KW |
1260KW |
Max. AC output power |
1100 KVA |
1386 KVA |
Max output current |
2016A |
2222A |
Current distortion |
<3%( 30% rated power) |
|
Rated grid voltage |
3~315Vac |
3~360Vac |
Grid voltagetolerance |
252-362 V(settable) |
288-414v(settable) |
Rated grid frequency |
50Hz/60Hz(settable) |
|
Grid frequency tolerance |
45-55 Hz/55-65 Hz(settable) |
|
Power factor |
>0.99 |
|
Dc current component |
< 0.5%(rated output current) |
|
Adjustablepower factor range |
0.9(leading)-0.9 (lagging) |
|
Isolation transformer |
None |
|
EFFICIENCY |
||
Max conversion efficiency |
98.7% |
|
Europe efficiency |
98.5% |
|
OTHERS |
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Display |
Touch screen |
|
Exhaust air volume |
12400m3/h |
|
Communications |
RS485, Ethernet, USB(optional) |
|
Altitude |
6000 m(>3000 m derating) |
|
Cooling |
Temperature control forced-air cooling |
|
IP rating |
IP 54 |
|
Night self-consumption |
< 200 W |
|
Relative humidity |
0-95% non-condensing |
|
Ambient temperature |
-25℃~+65℃ (derating for above 55℃ ) |
|
Dimensions (W×D×H) (mm) |
2850x1250×2591 |
|
Weight (kg) |
3000 |







