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Optimizer HUAWEI SUN 2000-450W-P
- novelty on the market
- created to work with Huawei M1, M2 and L1 Series inverters
- optimize the power of the module
- possibility of full or partial optimization
- individual module monitoring
- lowering the voltage to the long-term permissible level when the inverter is switched off
- idle circuit impedance 1 k ohms
- compatible with all crystalline silicon modules
- easy installation on the module frame or supporting structure
- mBUS communication over DC wiring
- long connection wires
- hassle-free installation with vertical and horizontal panels
Input:
Nominal input power |
450 W |
Maximum input voltage |
80 V DC |
MPPT voltage range |
8 V - 80 V DC |
Maximum input current |
13 A |
Maximum effectiveness |
99,5 % |
Output
Maximum output voltage |
80 V DC |
Maximum output current |
15 A |
Standby voltage |
0 V |
General data
Type of connector |
MC4 at input and output |
Dimensions |
71 x 138 x 25 mm |
Length of output cables |
1200 mm |
Degree of protection |
IP 68 |
Compatibility |
SUN2000-2/3/3.68/4/4.6/5/6KTL-L1 SUN2000-3/4/5/6/8/10KTL-M1 SUN2000-12/15/17/20KTL-M2 |
What is a power optimizer?
A power optimizer is a DC/DC converter mounted at pv panels. It is designed to obtain instantaneous maximum power from the connected panel. It monitors the operation of the individual photovoltaic module. It shuts down the panel and reduces the voltage during a fault.
For what purpose are power optimizers used?
Power optimizers are used to achieve higher yields from photovoltaic installations. The device, finding the maximum power point of a given panel, adjusts its operation, to the whole chain, eliminating current-voltage mismatches, thereby increasing the power of the system. Thanks to the optimizers, each pv panel works in the most optimal way for itself.
Under what conditions do optimizers perform best?
Optimizers work well in areas where there is prolonged shading - tall trees near the installation, many swallows, chimneys on the roof. It will be a good solution, on multi-pitched roofs, as it allows panels to be connected in longer strings, which greatly facilitates optimal distribution and connection of pv modules. The optimizer eliminates the problem of varying exposure