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: Power equipment are 10KV or less, there is a business license, will be issued by the electrical installation (repair, test) power facilities license five and above qualifications, you do not need a safety production license ah? Urgently needed
- 10KV below the district power equipment installation: tender units need at least a business license qualification certificate (Level 3 or above) safety production license,
- Q: No concentrator can be copied directly
- Although no concentrator can directly meter reading, but reading efficiency, cost and data integrity rate and data sharing will be greatly affected, so the power metersreading general will use concentrators or negative control terminal equipment.
- Q: What are the characteristics of the grounding of the power system and equipment?
- According to the use and nature of grounding, it can be divided into "working grounding" and "security grounding".
- Q: We are a manufacturer of intelligent switching equipment manufacturers to bid in the power grid to say what is the first access to what the Department
- Hello: * power equipment network license, refers to the equipment after a rigorous examination of the administrative departments of electric power, can be put into the power grid stability [], [], no adverse effects on the power grid [] reliable products. From the technical point of view, the detection of more projects, more stringent requirements, you can apply to the local power management department, the network testing, examination and approval procedures, qualified to participate in bidding operations.
- Q: Private enterprises must be free transfer of power facilities
- The new user electrical facilities investment, after the investment asset is transferred to the power supply enterprise, according to the need for "business rules", the actual state of electricity contribution, interface division, maintenance management ability, after consultation by both parties to determine.
- Q: All I know is a generator, a transformer. I also want to fully understand the power system related to the equipment, from power generation to end users (enterprises, factories, they will design the equipment, production equipment is not to say, but they will be transferred to the electricity, in use is the processing equipment, such as transformer, I only know this involved) equipment, detailed list, thank you ah
- Primary equipment is:The power plant and substation, generator transformer (step-up / step-down transformer), busbar, circuit breaker, isolating switch, current transformer, voltage transformer, insulator, reactor, lightning protection equipment (arrester, lightning), grounding device, electric energy metering.Business side: step-down transformer, circuit breaker, isolating switch, current transformer, voltage transformer, insulator, lightning protection and grounding device, the internal power supply generator, reactive power compensation cabinet, electric energy metering,
- 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: I would like to open a company on the construction of power equipment, what needs to be prepared? (including qualification level, capital requirements, etc.) the more detailed the better
- First, the qualification of electric power project construction. Divided into one to four, respectively, by the Ministry of housing, the provincial housing department, the Municipal Housing Construction Bureau and County Housing Construction Bureau approval. Construction quality is also subdivided into general contracting, professional construction contract, etc.. The project general contracting, according to whether the design, supervision, equipment procurement and other business content, but also can be subdivided.
- Q: Hello, I would like to ask what are the main rotating equipment in the power system? What is a rotating device?
- Generators, motors, blowers, air conditioning, transportation, lifting, etc.. Rotating machinery can be called rotating equipment
- Q: Ask the expert about the design of the power system diagram, 6kV side of the electrical equipment how to supply
- 220380 through 6KV.4kvIf you need to use 6kV from the 6KV bus with the line (equipped with power distribution switch), without the 6KV transformer, your system diagram is not equipped with the outlet is wrong
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Super Intelligent Wind Solar Hybrid Controller / Wind and Solar Hybrid Controller
- 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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