Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller
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1. Structure of Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller
Super-intelligent wind/solar hybrid controller is a new type of special high performance control device for new energy application which is designed on the basis of ultra high performance controller. It contains many years of application experience (such as waterproof, dustproof, salt spray, wiring error, wind resistance limit control of Wind turbines, energy management etc.), it has done to ultimate no matter it applied to the charging control or street light control. In order to meet variety of applications, the controller adopts a hierarchical and modular structure, all functions can be achieved with different functional plates according to actual application, and it is convenient for rapid customization and application.
2. Main Features of Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller
Waterproof
Safety wire connecting
Automatically alarming of battery reverse
Automatically alarming of Photovoltaic panels reverse
Continuous short-circuit output protection
Patented Wind turbines steady speed generation control technology
Patented Wind turbines stall current limit control technology
Wind turbines input MPPT generation technology (boost)
Support multiple output mode selection
Statistics the cumulative generating capacity, remaining power, speed, current, temperature and other data
Alarm function when terminals up
3. Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller Specification:
Model | CXF600w-24V off-grid | CXF600W-48V off-grid | ||
Battery parameters | ||||
Applied battery voltage | 24V | |||
Battery protect method | Reverse connection protection (do not burn any components, with voice prompt); over voltage protection, under voltage protection (for street light and such kind of load) | |||
Voltage at the over voltage protection point | 29.0V±0.2V | 58.0V±0.3V | ||
Voltage at the over voltage recovery point | 27.5V±0.2V | 55.0V±0.3V | ||
Voltage at the under voltage protection point | 21.0V±0.2V | 42.0V±0.3V | ||
Voltage at the under voltage recovery point | 23.0V±0.2V | 46.0V±0.3V | ||
Battery temperature compensation | 5mv/℃/2V (settable) (optional component) | |||
Wind turbines input parameters | ||||
Rated power of applied Wind turbines | 600W/24V | 600W/48V | ||
Rated power of the terminal | 30A dc (after rectification) | 15A dc (after rectification) | ||
Max. input current of the terminal | 40A dc (after rectification) | 20A dc (after rectification) | ||
The default speed of the Wind turbines generation with limited speed | 500 Rpm (settable) | |||
The default current of the Wind turbines generation with limited current | 30A (settable) | 15A (settable) | ||
Wind turbines protection method | over rev protection, over current protection, induction lightening protection | |||
Unloading method | PWM stepless high-frequency soft unloading (built-in) | |||
MPPT function | Boost MPPT model ( automatic tracking or 5 segments curve tracking) | |||
Input current of MPPT channel | 12A | |||
PV input parameters | ||||
Rated input current of applied PV | 550W/24V(standard) | 1100W/48V(standard) | ||
Rated input current of terminal | 15A(standard) | |||
Charging voltage drop | <0.2V | |||
PV protection methods | Reverse connection protection (voice prompt) | |||
Unloading method | Open circuit unloading | |||
Discharge the output port parameters | ||||
output | 2 outputs | |||
Current of each output | 12A | |||
Output protection methods | Over current protection (15A/30sec. 18A/0.4sec.), short-circuit protection (current > 150A) | |||
Output control methods | light control, time control, reverse output, PWM output (250HZ, only the 2nd output has it) | |||
Others | ||||
Auxiliary function | Monitor of air temperature inside controller, temperature of unloading parts and Wind turbines MPPT components, and also the monitor of control terminals installed on the inversion (with voice prompt) | |||
Display mode | Liquid crystal (LCD) display | |||
Communication mode | RS232(5V electrical level)/RS485 (standard) | |||
Displayed parameters | Wind turbines input voltage/current/power/generated energy/rev/unloading current | |||
Power consumption in standby mode(screen backlight closed) | About 20ma /24V system | |||
Operating mode | 3M foil key operation (4 keys) | |||
Working temperature / humidity range (environment) | -40~+80℃/20~85%RH(non condensing) | |||
Protection grade | IP41 | |||
Controller size (L*W*H) | 175mm*148mm *84mm | |||
Net weight | 1.8KG | |||
4. Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller Images
5. FAQ Q1: Where can we use this product? Q2: How long can you finish the production?
- Q: Recently went out to do the test, do not know the difference between the two tests
- The purpose of the test is to test the performance of the equipment to prevent the occurrence of the fault, the former is the first time after the installation of the equipment to change the nature of the acceptance test, which is run during the routine. The content of the test items are different.You check the 1 power standards will know, since you do this test should have a standard hand.
- Q: The production and transportation process of electric power
- Transmission lines can be divided into overhead transmission lines and underground transmission lines according to the structure. The former is composed of line tower, conductor, insulator and so on, which is erected on the ground; the latter is mainly used for laying underground cable (or underwater). According to the nature of the current, the transmission can be divided into DC and AC transmission. In 1880s, the first successful realization of DC transmission, due to the low voltage limit (the transmission capacity is roughly proportional to the square of the transmission voltage) in the end of nineteenth Century for AC transmission replaced. AC transmission success ushered in the era of electrification in twentieth Century. Since 1960s, because of the development of power electronics technology, DC transmission has a new development, and AC transmission, with the formation of AC and DC hybrid power system.
- Q: Electric power automation equipment
- Construction and transformation of rural power grids, power plants, power plants, environmental protection, automatic control and integrated automation of nuclear power plants, technical management, etc..
- Q: What is the LCP cabinet of electric power equipment
- Local control cabinetLocal control cabinet installed in the work site, which is likely to have PLC, the scope of the control cabinet than PLC wide
- Q: Power transformers and other equipment are what units procurement bidding, all those procedures!
- Power Grid Corp on the volume of business is greater, because their main business is to invest in the construction of power grids.There are also a small number of individual units, such as large projects and large enterprises.
- Q: What specific enterprises and units are used to test the power of the equipment ah
- The other really did not ~ ~ ~ ~ ~What do you mean by electrical testing equipment??? High? Low?
- Q: How long has the power of power electronic equipment delivered water
- Major equipment and componentsPneumatic conveying equipment in general by the receiver (such as pipes, nozzles, transmitter, etc.), wind pipe, pipe separator (the volume and the cyclone two), air lock (the tipping and rotary two, can be used as feeder, and can be used as a discharger) and the dust collector and fan (such as centrifugal fan, blower, water ring vacuum pump, air compressor and other equipment and components). The role of the feeder is to enter the material, resulting in a suitable material to gas ratio, so that the material start, accelerate. The role of the separator is to separate the material from the air and to sort the material. The utility model relates to an air lock device, which is used for feeding or discharging uniformly, and preventing air leakage. The role of the fan is to provide power for the system. High pressure centrifugal fan or water ring vacuum pump is used in vacuum suction system.
- Q: The cost calculation of power equipment
- The cost of your equipment maintenance is calculated according to the method of replacement and maintenance
- Q: Pre checking and checking of goods in power system
- Check: the full name is a regular inspection, with the role of pre trial is almost the same as the general power system is the two equipmentGoods inspection heard, just heard of items set is the item visit orderly, convenient for production work.
- Q: In power system, the general conditions for the selection of electrical equipment are
- Suitable voltage rating, suitable for workplace and environment, necessary protection
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Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT or LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
OKorder Financial Service
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