说明

• MPPT Wind Solar Hybrid Charge Controller Wind：0 - 9000W (9KW) Solar：0 - 6000W (6KW) 12V 24V 48V Auto Match Remote WiFi communication（Optional) Product Description: Product Introduction： This model is particular designed for hybrid wind solar energy method charge for avenue lamp, tracking Home system, power station etc components And it's workable for Lithium , GEL, Lead-acid battery with complete charge and discharge protection Large length LCD display is handy for parameter(from solar, wind and battery) question and adjustment but low strength intake It could be flexibly installed in cruise ships, RVs, and land indoors Powerful purposes and light-weight length but very good warmth dissipation are its excellent features Perfect Protection： Solar Reversed Charging protection，Battery open circuit protection、battery anti-reverse connection protection protection、Over latest and over voltage auto brake protection、Over load protection,etc  High functionality and stable chip control;  Automatically event with 12V/24V/48V auto tournament sealed battery voltage;  Workable for battery: Supports any form of battery( eg: 1 lead-acid cell / 2 Gel battery / three LiFePo4 / 4Ternary lithium / 5 custom);  LCD reveals voltage and current of wind, photo voltaic and load parameter;  The internal circuit board of the controller is sprayed to stop dust, moisture and static electricity  Wind adopts MPPT boost charging; exterior dump-load resistance, clever disconnection of Solar charging Product Parameter: 1 Partial components parameter desk Model 4000W2020 6000W3030 7000W3535 8000W4040 9000W4545 13000W5080 15000W6090 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 112A（12V） 84A (24V) 42A (48V) 166A（12V） 125A (24V) 63A (48V) 190A（12V） 146A (24V) 73A (48V) 190A（12V） 166A (24V) 84A (48V) 190A（12V） 190A (24V) 94A (48V) 190A（12V） 190A (24V) 105A (48V) 190A（12V） 190A (24V) 125A (48V) Workable Power 0W~2000W 0W~3000W 0W~3500W 0W~4000W 0W~4500W 0W~5000W 0W~6000W Wind Turbine Rated Voltage 12VAC（20）/ 24VAC (41）/ 48VAC（83) Rated Current 112A（12V） 84A (24V) 42A (48V) 166A（12V） 125A (24V) 63A (48V) 190A（12V） 146A (24V) 73A (48V) 190A（12V） 166A (24V) 84A (48V) 190A（12V） 190A (24V) 94A (48V) 190A（12V） 190A (24V) 166A (48V) 190A（12V） 190A (24V) 190A (48V) Workable Power 0W~2000W 0W~3000W 0W~3500W 0W~4000W 0W~4500W 0W~8000W 0W~9000W Max Open circuit voltage 25(12VAC) / 51(24VAC) / 102(48VAC) Special Note: The following are the optimum parameter settings, Suggest do not modify Uunder Over Discharge Voltage 10 / 21 / forty three 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~180W (Per one-way) 0W~700W (Per one-way) 0W~1400W (Per one-way) Rated Voltage 12VDC 24VDC 48VDC Current Max Max 60A (per a method " L+ L1- " or " L+ L2- " Max 30A ) Battery Type Lead-acid Battery , Gel Battery , LiFePO4 , Ternary lithium , and so forth Operation Mode Home use or Street light 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 method (1 string) 24V system (2 strings) 48V system (4 strings) 12V default cost Overvoltage (overcharge) / V 13～17V 26～34V 52～68V 15 Overvoltage return / 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 thirteen 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 formulation (default three strings) 24V components (default 6 strings) 48V formulation (default 12 strings) 3 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 3 Lithium iron phosphate (single part 3) System rated voltage 12V components (default three strings) 24V formula (default 6 strings) 48V components (default 12 strings) four 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 price voltage / V 9～12V 18～24V 36～48V 13 Undervoltage /V 6～12V 12～24V 24～48V eleven Undervoltage go back voltage /V 6～12V 12～24V 24～48V 12 Number of strings 3～4 6～8 14～18 4 Details Images: Note: to grasp about more instruction and model, please touch us for FREE beautifully illustrated user manual(with assorted hybrid contoller product catalogued） Product Application: FAQ 1 favor MARS ENERGY as a carrier of products? (1) Mars Energy is famous model on the global market in new energy business We have stable R&D technical teams and professional manufacturing lines; (2) Mars Energy is a producer specializing in the production of controller from China It has an entire high quality leadership method and cost control advantages; (3) Mars Energy is a pacesetter in cross-border e-commerce After many years of operation, Mars Energy has accomplished the integration of the provision chain ,Cheapest transport charge Fastest to reach around the globe (4) Mars Energy has established gross sales and after-sales teams in different countries, which might present pre-sales steering and after-sales carrier in a native language; (5) Since becoming in 1999, Mars Energy has won praises from extra and extra clients all over the world for its professionalism, guilty angle and superb 2 to attach those 3 terminals of controller with my wind output wires? (1) To AC wind turbine, anybody of 3 wires from wind turbine could be linked with any terminal of wind in your controller For they are non-electrode; (2) To DC wind output is 2 wires(Positive Negative) , you can connect them with any wind terminals on your controller three many connecting ways consumer can favor when utilizing this controller? For the wind charging and Solar charging are independent, so user can favor any one of the ensuing as the connection method : (1) Only connect wind turbine generator to charge battery; (2) Only join solar to fee battery; (3) Connect wind turbine and solar to construct a hybrid wind solar energy method to fee battery four i only connect wind turbine as generator to fee battery when i am getting my controller? Yes, you could to accomplish that But for the major objective of such controller designs for low energy consumption kit charging, such as: street lighting and tracking and many others So establish hybrid wind photo voltaic formula can recover charging guarantee Because maximum of low-power wind turbine is installed in or near to the residential place, wind technology performance is not high due to low wind pace and quick operating time five to attach my system when I get this controller? We strongly put forward consumer to put in air switch between all DC and AC input or output Then please switch on the breaker/ air swap in this order: (1) First turn on the breaker between battery and controller; (2) Second activate the breaker between wind and controller; (3) Third switch on the breaker between DC load and controller; (4) Final activate the breaker between Solar and controller Remark: If you want to close down the system, please continue in the opposite order as above 6 i need to install further mild holding for my power system? Yes, it is best method to set up extra gentle conserving 7 the controller to function when the wind speed is simply too fast? (1) For the output voltage or recent from wind generator which beyond the safety range, the controller will robotically turn on the brake and step by step decelerate Meanwhile, the dump load will start to eat extra current directly (2) But when encountering strong storm weather, resembling hurricane, typhoon, it is strongly recommended to place down the wind turbine immediately eight to design hybrid wind solar energy components voltage, 12V, 24V, 48V, which one is healthier to me? (1) The components voltage is reminiscent of the voltage of the battery pack; (2) Once the battery voltage designed, the input voltage from wind turbine generator and photo voltaic modules must be matched in step with the specs in the parameter table; (3) Therefore, users can't simply think that extra decrease voltage design, can get more larger charging recent yet forget about that the immoderate latest has exceeded the operating vary of the controller or battery to break the controller or battery nine designed in MPPT (1) Wind turbine charging followed booster MPPT technology, which makes below low wind speed, the Wind turbine&;s electricity can nonetheless be used; (2) In the excessive wind speed or the Wind turbine of strength is beyond the scope of the battery and cargo absorption, the controller directly launched the step-less unloading function,protection formula of the package 10 the wind generator is hooked up to the controller, why its running pace becomes very gradual immediately? (1) The battery reaches the floating voltage; (2) The rated output voltage of the wind generator is far increased than the battery, because 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; eleven wind generator sell off load when the controller exhibits small current? The controller preserve the all formula by way of detecting battery voltage, charging latest and temperature and so on When the battery reach floating payment voltage or excessive temperature, the wind generator will sell off load, no matter how much charging latest it is 12 there displaying no charging latest on LCD screen however the wind is working or the photo voltaic is working? Only when the input voltage of solar panels or wind generator greater than battery then it should charge the prerequisite is that the battery is properly linked and not solely charged thirteen the LCD would not mild up? For the ability of controller comes from battery or solar when its operating So please test solar input or battery as follows (1) The battery didn&;t join the controller well, please test the battery and controller connection (2) Battery is damaged, please check and update the battery; (3) In good solar day the solar enter is workable or no longer

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