Beschreibung

• 5000W 12 24 48V MPPT Hybrid Charge Controller Wind Generator Solar Panel Charger LCD Display Dump Load For Household Systems Product Description: Product Introduction This mannequin is special designed for hybrid wind solar energy method fee method And it's workable for Lithium , GEL, Lead-acid battery with complete price and discharge protection Large size LCD screen is convenient for parameter(from solar, wind and battery) query and adjustment but low strength consumption It can be flexibly put in in cruise ships, RVs, and land indoors Powerful functions and light-weight size but very good warmth dissipation are its outstanding points ProtectionSolar Reversed Charging protection，Battery open circuit protection、battery anti-reverse connection defense protection、Over current and over voltage auto brake protection、Over load protection,etc High functionality and steady chip control; Automatically tournament with 12V/24V/48V sealed battery voltage; Workable for battery: 1 Sealed( Lead-acid, GEL); 2 Lithium(Ternary Lithium, Lithium iron); LCD exhibits 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; external dump-load resistance, clever disconnection of Solar charging Product Parameter: 1 System Parameter Model 2000W1010 2400W1212 2700W1512 3000W1515 3200W2012 3500W2015 4000W2020 4500W2520 5000W2525 System Rated Voltage 12V / 24V / 48V(Auto) Wind Turbine Rated Voltage 12VAC / 24VAC / 48VAC MPPT(Boost Up) 7VAC(12V System ) / 17VAC(24V System ) / 34VAC(48V System) Max Current 56A（12V）42A (24V) 21A (48V) 67A（12V）50A (24V) 25A (48V) 83A（12V）63A (24V) 32A (48V) 83A（12V）63A (24V) 32A (48V) 112A（12V） 83A (24V) 42A (48V) 112A（12V） 83A (24V) 42A (48V) 112A（12V） 83A (24V) 42A (48V) 138A（12V） 104A (24V) 52A (48V) 138A（12V） 104A (24V) 52A (48V) Workable Power 0~1000W 0~1200W 0~1500W 0~1500W 0~2000W 0~2000W 0~2000W 0~2500W 0~2500W Brake Start Voltage 15VAC(21VDC) / 30VAC(42VDC) / 60VAC(48VDC) Recover Voltage 13(12V System ) / 27VAC(24V System ) / 54VAC(48V System ) Solar Module Voc 24V~27(12V System) / 36V~55(24V System) / 72V~105VDC(48V System) Vmp 15V~22VDC(12V System) / 30V~44VDC(24V System) / 60V~88VDC(48V System) Charge Current(MAX) 56A（12V）42A (24V) 21A (48V) 67A（12V）50A (24V) 25A (48V) 67A（12V）50A (24V) 25A (48V) 83A（12V）63A (24V) 32A (48V) 67A（12V）50A (24V) 25A (48V) 83A（12V） 63A (24V) 32A (48V) 112A（12V） 83A (24V) 42A (48V) 112A（12V） 83A (24V) 42A (48V) 138A（12V） 104A (24V) 52A (48V) Workable Power 0~1000W 0~1200W 0~1200W 0~1500W 0~1200W 0~1500W 0~2000W 0~2000W 0~2500W DC Load Out Put Power 0~720W(12V System) / 0~1440W(24V System) / 0~2880W(48V System) Rated Voltage 12VDC / 24VDC / 48VDC Max Current 60A Environment Temperature 1) Working:-20℃～55℃; 2)Storage:-40℃～80℃ Humidity (°C) 10%～90% No condensation Protection Grade IP30 Others Conversion Efficiency ﹥98% Operation Mode Default to streetlight mode 2 Battery Parameter System Voltage 12V 24V 48V (b0)Customer Type FULL Over Charge 14 Adjustable 29 Adjustable 58 Adjustable LOW Over Discharge 10 Adjustable 20 Adjustable forty Adjustable RLOW Over Discharge Return 11 Adjustable 23 Adjustable forty six Adjustable Special Note: No one-key repair function, please don't adjust preset parameters (b1)Lead acid battery FULL Over Charge 14 Default 28 Default 57 Default LOW Over Discharge 10 Default 20 Default forty Default RLOW Over Discharge Return 11 Default 23 Default forty six Default (b2)Ternary lithium battery FULL Over Charge 12 Default 25 Default 50 Default LOW Over Discharge 9 Default 18 Default 36 Default RLOW Over Discharge Return 11 Default 22 Default forty four Default (b3)Lithium Iron Phosphate LiFePO4 FULL Over Charge 14 Default 28 Default 57 Default LOW Over Discharge 10 Default 20 Default forty Default RLOW Over Discharge Return eleven Default 22 Default 44 Default Details Images: Note: to understand about extra instruction and model, please touch us for FREE beautifully illustrated consumer manual(with assorted hybrid contoller product catalogue) Product Application: FAQ 1 prefer MARS ENERGY as a service of products? (1) Mars Energy is known model at the world marketplace in new calories enterprise We have solid R&D technical teams and professional production lines; (2) Mars Energy is a manufacturer focusing on the production of controller from China It has a whole quality leadership formulation and cost control advantages; (3) Mars Energy is a frontrunner in cross-border e-commerce After a long time of operation, Mars Energy has accomplished the integration,Cooperate with world-renowned explicit logistics Local shipping would be completed quickly; (4) Mars Energy has established sales and after-sales groups in numerous countries, which might provide pre-sales steering and after-sales provider in a local language; (5) Since fitting a golden member of AL ABABA in 2005, Mars Energy has won praises from extra and more prospects around the world for its professionalism, responsible attitude and effective 2 to connect those three terminals of controller with my wind output wires? (1) To AC wind turbine, anybody of three wires from wind turbine could be related with any terminal of wind in your controller For they are non-electrode; (2) To DC wind output is two wires(Positive Negative) , you may join them with any wind terminals on your controller three many connecting methods person can choose when using this controller? For the wind charging and Solar charging are independent, so person can favor any one of the following because the connection formulation : (1) Only join wind turbine generator to charge battery; (2) Only connect solar to price battery; (3) Connect wind turbine and photo voltaic to build a hybrid wind solar power system to charge battery 4 i solely connect wind turbine as generator to charge battery when i get my controller? Yes, you could to do so But for the main aim of such controller designs for low energy intake kit charging, such as: avenue lights and tracking and so on So set up hybrid wind photo voltaic components can get well charging guarantee Because most of low-power wind turbine is installed in or close to the residential place, wind technology performance isn't high because of the low wind velocity and short working time 5 to attach my formula when I get this controller? We strongly recommend user to put in air change between all DC and AC enter or output Then please turn on the breaker/ air switch on this order: (1) First activate the breaker between battery and controller; (2) Second turn on the breaker between wind and controller; (3) Third activate the breaker between DC load and controller; (4) Final switch on the breaker between Solar and controller Remark: If you want to shut down the system, please continue in the opposite order as above 6 i need to install additional mild holding for my power system? Yes, it is best solution to set up further light holding 7 the controller to operate when the wind speed is just too fast? (1) For the output voltage or current from wind generator which beyond the security range, the controller will routinely activate the brake and steadily decelerate Meanwhile, the unload load will begin to eat extra current straight (2) But when encountering stable hurricane weather, comparable to hurricane, typhoon, it is strongly commended to put down the wind turbine straight eight to design hybrid wind solar energy components voltage, 12V, 24V, 48V, which one is best to me? (1) The components voltage is equivalent to the voltage of the battery pack; (2) Once the battery voltage designed, the enter voltage from wind turbine generator and solar modules needs to be matched in step with the specs in the parameter table; (3) Therefore, customers can't easily think that more lower voltage design, can get extra bigger charging latest yet ignore that the immoderate recent has exceeded the operating vary of the controller or battery to damage the controller or battery nine designed in MPPT? (1) Wind turbine charging adopted booster MPPT technology, which makes below low wind speed, the Wind turbine&;s electrical energy can still be used; 10 the wind generator is hooked up to the controller, why its working velocity becomes very sluggish immediately? (1) The battery reaches the floating voltage; (2) The rated output voltage of the wind generator is way increased than the battery, since the pace of the wind generator is proportional to the output voltage, and the voltage is dragged via the battery, so the speed may be very low; eleven wind generator unload load when the controller exhibits small current? The controller protect the all formulation by detecting battery voltage, charging recent and temperature and so on When the battery reach floating price voltage or high temperature, the wind generator will sell off load, whatever how much charging latest it's 12 there showing no charging current on LCD display but the wind is working or the solar is working? Only when the input voltage Reach MPPT startup voltage (8V/16V/32V)then it can fee the prerequisite is that the battery is correctly connected and not fully charged

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