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: What are the relevant national standards for power equipment?
- GB/T10228-2008 GB/T50062-2008 GB/T11032-2000 GB 11032-2010 DL/T613-1997 GB/T17468-1998 GB/T17468-2008 GB/T17211－1998 DL/T804-2002
- Q: What is the installation equipment of the transformer on the power installation project
- It is composed of oil immersed transformer, low voltage outlet cabinet, lightning arrester, conductor, concrete pole, insulator, hardware and iron accessories, concrete prefabricated components. Construction method:
- Q: What is the good rate of equipment determined by the rating of substation equipment
- The "system" can easily calculate the depreciation and repair costs of fixed assets in order to determine the economic life of the equipment, the best time to update. As a result of the "system" many functions of the set, so that enterprises can accurately grasp the technical status of the equipment, so as to determine the technical life of the equipment is very useful.
- Q: The company has a number of power equipment to be exported, need to go through the sea, the technical requirements of three, I would like to ask what is the three here? How to check whether the complete sets of components used to do three treatment? Please exhibitions, grateful!
- As well as protection, control, measurement and other devices are assembled in a whole cabinet, there are a number of high-voltage switchgear in power plants, substations or power distribution equipment installed after the installation of the power plant is called a complete set of power distribution equipment.
- Q: On the safety hazards of electric equipment safety
- 1 prohibited in the overhead power lines on both sides of the area within 300 meters of flying kites. If the illegal flying kite behavior should be stopped at the first time and report to the power sector or local government.2 no unit or individual shall plant trees, bamboo or other tall plants that may endanger the safety of power facilities in the power line protection zones.
- Q: In order to ensure the normal operation of the power system and equipment to achieve a grounding
- 4) repeat grounding: in the low voltage three-phase four wire system (380V/220V), which is directly grounded in the neutral point, in addition to the working connection at the power supply, it is necessary to re connect the ground at the other place of the zero line. To ensure the safety and reliability of the zero line. It is simply to say that one or more points on the zero line are grounded again.
- Q: What equipment is necessary on the list of electrical engineering equipment?
- Take 35KV power engineering, the need for ZGF-400kV/2mA DC high voltage generator
- Q: What is the redundancy of electrical equipment
- Disk duplex: a I/O controller is added to the mirrored disk to form a dual disk to improve bus contention.RAID: cheap redundant array of disks (Redundant array of inexpensive disks). As the name suggests, it consists of a number of disks, through a controller to coordinate the movement of a single data flow into the disk. The RAID3 system consists of 5 disks, in which 4 disks store data, and the 1 stores the check information. If a disk fails, you can replace the disk on the line, and through the other 3 disks and check the disk to re create the data on the new site. RAID5 will check the information distributed on 5 disks, so you can replace any disk, the rest with the same RAID3.
- Q: Pre checking and checking of goods in power system
- That is one of the effective means to ensure the safe operation of electrical equipment. Over the years, the power sector and power equipment of large industrial and mining enterprises are basically in accordance with the rules of the preventive test of power equipment issued by former Ministry of electric power "(hereinafter referred to as the" Regulations ") requirements for testing, the timely detection and diagnosis equipment defects play an important role.
- Q: The state of power system equipment is divided into four states
- (1) running state. The isolating switch and circuit breaker of the equipment are in the closing state, and the circuit is connected between the power supply and the receiving end.(2) hot standby. The circuit breaker of the equipment is disconnected, and the isolating switch is in the closing state. (3) cold standby. The circuit breakers and disconnecting switches of the equipment are in the open position.
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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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