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• MPPT Wind Solar Hybrid Charge Controller Two Big Power 21000W（21KW） Wind：0 - 12000W (12KW) + Solar：0 - 9000W (9KW) 12V 24V 48V Auto Match Remote WiFi Communication（Optional） Product Description: This kind controller is 12/24/48V formulation voltage robotically reorganize, the method voltage depends on your battery bank, for example, if your battery bank is 24V, then your the formulation voltage is 24V, within the similar way, DC load Rated Voltage is 24V Below is the matching suggestion for these assorted system voltage: 12V battery bank: 12V wind generator + about 18V Vmp photo voltaic panel array 24V battery bank: 24V wind generator + about 36V Vmp solar panel array 48V battery bank: 48V wind generator + about 72V Vmp photo voltaic panel array Below is explanation for hybrid controller model: eg 14000W6080 ability 0 - 8000W Wind + zero - 6000W Solar potential The formula can assist MAX rated 8000W wind generator and MAX rated 6000W photo voltaic panel array If you wish the most recent parameter sheet, please proportion us your email, we are able to sent to you Product Highlights The controller adopts vast display screen design, the show information is more comprehensive, the display interface is clearer, the controller helps WIFI module and GPRS module to broaden and implement APP cloud tracking (optional) Application controller is appropriate for wind solar off-grid system, routinely controls charging and discharging, and can be utilized in communique base stations, household systems, street lights systems, monitoring and different fields Product Features(1) The show adopts coloration display screen design, the exhibit information is more comprehensive, the demonstrate interface is clearer, and the 4-key man-machine interface and operation surroundings are more convenient;(2) The MPPT management algorithm used for Wind charging guarantees MPPT charging at low wind speed; (3) Wind three-stage charging mode: MPPT charging; lifting charging; floating charging (4) Solar three-stage charging mode: CC (constant current); lifting charging; floating charging (5) 12V/24V battery formulation automatically recognizes, or 12V/24V/48V battery system mechanically recognizes (Optional) (6) RS485 communique can give communication protocol to facilitate unified leadership and secondary development for customer; (7) The controller working parameters would be viewed and set in the course of the mobile phone APP( Optional ); (8) The controller has complete defense purposes comparable to overcharge, over discharge and overload; (9) Four battery forms charging mode would be chosen for operation: Lead-acid battery, Ternary lithium battery, Lithium iron phosphate, Custom ; (10) The controller has assorted load management modes, the weight has two outputs, and the output energy and time could be set; (11) The controller has vast adaptability, adaptive day and evening Product Parameter: 1 Partial system parameter desk Model 6000W3030 8000W4040 9000W4545 10000W5050 15000W6090 19000W80110 21000W90120 System Rated Voltage 12V(9V-16VDC) / 24V(18V-32VDC) / 48V(42V-60VDC) Solar Module Voc 27(12V) / 55(24V) / 105V(48V) Vmp >Vbat+1V Imp 166A（12V） 125A (24V) 63A (48V) 222A（12V） 166A (24V) 83A (48V) 250A（12V） 188A (24V) 94A (48V) 250A（12V） 208A (24V) 104A (48V) 250A（12V） 250A (24V) 125A (48V) 250A（12V） 250A (24V) 166A (48V) 250A（12V） 250A (24V) 189A (48V) Workable Power 0W~3000W 0W~4000W 0W~4500W 0W~5000W 0W~6000W 0W~8000W 0W~9000W Wind Turbine Rated Voltage 12VAC（20）/ 24VAC (41）/ 48VAC（83) Rated Current 166A（12V） 125A (24V) 63A (48V) 122A（12V） 166A (24V) 83A (48V) 250A（12V） 188A (24V) 94A (48V) 250A（12V） 208A (24V) 104A (48V) 250A（12V） 250A (24V) 189A (48V) 250A（12V） 250A (24V) 230A (48V) 250A（12V） 250A (24V) 250A (48V) Workable Power 0W~3000W 0W~4000W 0W~4500W 0W~5000W 0W~9000W 0W~11000W 0W~12000W Max Open circuit voltage 25(12VAC) / 51(24VAC) / 102(48VAC) Special Note: The following are the optimum parameter settings, Suggest do not alter Uunder Over Discharge Voltage 10 / 21 / 43 Runder Over Discharge Return 13 / 26 / 52 Uover Over Charge Voltage 15 / 31 / sixty two Rover Over Charge Return 15 / 30 / 60 BCV Increase Charge 14 / 28 / fifty seven Float Floating Charge thirteen / 27 / 55 Ufanbraking Wind Breaking Voltage 25 / fifty one / 102 DC Load output L1 & L2 Out Power 0W~1400W 0W~2800W 0W~5600W Rated Voltage 12VDC 24VDC 48VDC Rated Current 120A( consistent with one 60A) Battery Type Lead-acid Battery , Gel Battery , LiFePO4 , Ternary lithium , and so on Operation Mode Home use or Street mild Environment Temperature 1) Working:-20℃～50℃; 2)Storage:-30℃～70℃ Humidity (°C) 10% ～ 90% No condensation Protection Grade IP30 2 Battery Parameter Lead acid battery (single 12V) System rated voltage / V 12V system (1 string) 24V formulation (2 strings) 48V method (4 strings) 12V default value Overvoltage (overcharge) / V 13～17V 26～34V 52～68V 15 Overvoltage go back / V 13～17V 26～34V 52～68V 15V Increase charging voltage / V 9～15V 18～30V 36～60V 14 Floating payment voltage / V 9～15V 18～30V 36～60V 13 Undervoltage /V 7～13V 14～26V 28～52V 10 Undervoltage return voltage /V 9～15V 18～30V 36～60V thirteen Ternary lithium battery (single part 3) System rated voltage 12V formula (default three strings) 24V system (default 6 strings) 48V formula (default 12 strings) three string defaults Overvoltage (overcharge) / V 10～15V 21～30V 42～60V thirteen Overvoltage go back / V 10～15V 21～30V 42～60V 12 Increase charging voltage / V 10～15V 21～30V 42～60V 12 Floating fee voltage / V 6～13 12～27V 24～54V 12 Undervoltage /V 6～13 12～27V 24～54V 9 Undervoltage return voltage /V 6～13 12～27V 24～54V 10 Number of strings 3～4 6～8 14～18 three Lithium iron phosphate (single part 3) System rated voltage 12V system (default three strings) 24V formula (default 6 strings) 48V components (default 12 strings) 4 string defaults Overvoltage (overcharge) / V 9～12V 18～24V 36～48V 15 Overvoltage go back / V 9～12V 18～24V 36～48V 14 Increase charging voltage / V 9～12V 18～24V 36～48V 14 Floating payment voltage / V 9～12V 18～24V 36～48V thirteen Undervoltage /V 6～12V 12～24V 24～48V 11 Undervoltage go back voltage /V 6～12V 12～24V 24～48V 12 Number of strings 3～4 6～8 14～18 four Details Images: Product Features: FAQ 1 choose MARS ENERGY as a service of products? (1) Mars Energy is legendary brand on the international marketplace in new energy business We have solid R&D technical groups and professional manufacturing lines; (2) Mars Energy is a manufacturer specializing in the manufacturing of controller from China It has a whole high quality management system and value control advantages; (3) Mars Energy is a frontrunner in cross-border e-commerce After many years of operation, Mars Energy has accomplished the mixing of the provision chain ,Cheapest shipping cost Fastest to arrive around the globe (4) Mars Energy has established gross sales and after-sales groups in numerous countries, which may provide pre-sales guidance and after-sales provider in a local language; (5) Since fitting in 1999, Mars Energy has gained praises from extra and extra customers around the world for its professionalism, guilty angle and high quality 2 to attach these 3 terminals of controller with my wind output wires? (1) To AC wind turbine, any one of 3 wires from wind turbine would be connected with any terminal of wind on your controller For they are non-electrode; (2) To DC wind output is 2 wires(Positive Negative) , you might connect them with any wind terminals on your controller 3 many connecting ways person can desire when using this controller? For the wind charging and Solar charging are independent, so consumer can want any one of the following because the connection formulation : (1) Only join wind turbine generator to charge battery; (2) Only connect photo voltaic to fee battery; (3) Connect wind turbine and solar to construct a hybrid wind solar power method to price battery 4 i solely connect wind turbine as generator to charge battery when i am getting my controller? Yes, you can to accomplish that But for the key aim of such controller designs for low energy intake kit charging, such as: avenue lighting fixtures and tracking and many others So establish hybrid wind photo voltaic system can recuperate charging warrantly Because most of low-power wind turbine is put in in or near to the residential place, wind technology performance isn't always excessive due to the low wind pace and brief working time five to attach my formula when I get this controller? We strongly put forward consumer to install air switch between all DC and AC enter or output Then please activate the breaker/ air change on this order: (1) First turn on the breaker between battery and controller; (2) Second turn on the breaker between wind and controller; (3) Third switch on the breaker between DC load and controller; (4) Final turn on the breaker between Solar and controller Remark: If you prefer to shut down the system, please continue in the reverse order as above 6 i must install additional light preserving for my energy system? Yes, it's best solution to set up additional mild holding 7 the controller to function when the wind velocity is simply too fast? (1) For the output voltage or recent from wind generator which beyond the security range, the controller will routinely turn on the brake and regularly slow down Meanwhile, the unload load will begin to devour excess current instantly (2) But when encountering strong storm weather, akin to hurricane, typhoon, it is strongly commended to put down the wind turbine straight eight to design hybrid wind solar power formulation voltage, 12V, 24V, 48V, which one is healthier to me? (1) The system voltage is similar to the voltage of the battery pack; (2) Once the battery voltage designed, the enter voltage from wind turbine generator and solar modules should be matched consistent with the specifications within the parameter table; (3) Therefore, customers cannot easily suppose that more decrease voltage design, can get more bigger charging latest but forget about that the excessive recent has exceeded the operating range of the controller or battery to wreck the controller or battery nine designed in MPPT? (1) Controller charging followed booster MPPT technology, which makes beneath low wind velocity and low Voltage, the Wind turbine&;s electricity can nonetheless be used; (2) In the excessive wind pace or the Wind turbine of strength is beyond the scope of the battery and load absorption, the controller instantly launched the step-less unloading function,protection method of the package 10 the wind generator is attached to the controller, why its operating pace turns into very slow immediately? (1) The battery reaches the floating voltage; (2) The rated output voltage of the wind generator is much larger than the battery, since the pace of the wind generator is proportional to the output voltage, and the voltage is dragged by way of the battery, so the speed could be very low; 11 wind generator dump load when the controller displays small current? The controller preserve the all method through detecting battery voltage, charging latest and temperature and so on When the battery attain floating payment voltage or excessive temperature, the wind generator will unload load, no matter how a lot charging recent it is 12 there displaying no charging latest on LCD display screen but the wind is running or the solar is working? Only when the enter voltage of photo voltaic panels or wind generator greater than battery then it's going to fee the prerequisite is that the battery is properly connected and not entirely charged thirteen the LCD would not gentle up? For the flexibility of controller comes from battery or photo voltaic when its working So please check solar enter or battery as follows (1) The battery didn&;t join the controller well, please examine the battery and controller connection (2) Battery is damaged, please examine and replace the battery; (3) In nice solar day the photo voltaic input is workable or no longer

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