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 power system charge components And it's workable for Lithium , GEL, Lead-acid battery with full payment and discharge defense Large length LCD display screen is handy for parameter(from solar, wind and battery) question and adjustment but low power consumption It could be flexibly installed in cruise ships, RVs, and land indoors Powerful applications and lightweight length but very good heat dissipation are its excellent facets ProtectionSolar Reversed Charging protection,Battery open circuit protection、battery anti-reverse connection protection protection、Over current and over voltage auto brake protection、Over load protection,etc High performance and steady chip control; Automatically event 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, solar and load parameter; The inside circuit board of the controller is sprayed to stop dust, moisture and static electricity Wind adopts MPPT increase charging; exterior 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
eleven
Adjustable
23
Adjustable
46
Adjustable
Special Note: No one-key repair function, please do not 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
eleven
Default
23
Default
46
Default
(b2)Ternary lithium battery
FULL
Over Charge
12
Default
25
Default
50
Default
LOW
Over Discharge
nine
Default
18
Default
36
Default
RLOW
Over Discharge Return
eleven
Default
22
Default
44
Default
(b3)Lithium Iron Phosphate LiFePO4
FULL
Over Charge
14
Default
28
Default
fifty seven
Default
LOW
Over Discharge
10
Default
20
Default
forty
Default
RLOW
Over Discharge Return
eleven
Default
22
Default
forty four
Default
Details Images:
Note: to understand about extra instruction and model, please contact us for FREE superbly illustrated consumer manual(with diversified hybrid contoller product catalogue)
Product Application:
FAQ
1 want MARS ENERGY as a service of products?
(1) Mars Energy is famous brand on the global marketplace in new energy enterprise We have solid R&D technical teams and professional manufacturing lines;
(2) Mars Energy is a manufacturer specializing in the manufacturing of controller from China It has a whole quality leadership method and value control advantages;
(3) Mars Energy is a pacesetter in cross-border e-commerce After many years of operation, Mars Energy has completed the integration,Cooperate with world-renowned explicit logistics Local shipping would be performed quickly;
(4) Mars Energy has established gross sales and after-sales teams in several countries, which can present pre-sales steering and after-sales carrier in a local language;
(5) Since becoming a golden member of AL ABABA in 2005, Mars Energy has received praises from extra and more prospects all over the world for its professionalism, guilty attitude and fantastic
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 would be connected with any terminal of wind in your controller For they are non-electrode;
(2) To DC wind output is 2 wires(Positive Negative) , you might join them with any wind terminals in your controller
3 many connecting ways person can choose when utilizing this controller?
For the wind charging and Solar charging are independent, so person can choose anyone of the ensuing because the connection formulation :
(1) Only join wind turbine generator to payment battery;
(2) Only connect photo voltaic to price battery;
(3) Connect wind turbine and solar to build a hybrid wind solar energy formulation to fee battery
four i only join wind turbine as generator to fee battery when i am getting my controller?
Yes, you might to achieve this But for the most important purpose of such controller designs for low power intake kit charging, such as: street lighting and tracking and so on So set up hybrid wind photo voltaic system can recuperate charging guarantee Because maximum of low-power wind turbine is put in in or close to the residential place, wind technology efficiency is not excessive due to low wind velocity and brief operating time
five to connect my components when I get this controller?
We strongly put forward person to put in air swap between all DC and AC enter or output Then please switch 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 turn on the breaker between Solar and controller
Remark: If you desire to close down the system, please proceed within the reverse order as above
6 i have to install further mild protecting for my energy system?
Yes, it is best strategy to set up further mild protecting
7 the controller to function when the wind velocity is too fast?
(1) For the output voltage or current from wind generator which beyond the safety range, the controller will automatically turn on the brake and steadily decelerate Meanwhile, the sell off load will begin to eat excess recent immediately
(2) But when encountering stable hurricane weather, equivalent to hurricane, typhoon, it is strongly recommended to put down the wind turbine instantly
8 to design hybrid wind solar power system voltage, 12V, 24V, 48V, which one is best to me?
(1) The formula voltage is akin 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 according to the specifications within the parameter table;
(3) Therefore, customers can not simply suppose that extra lower voltage design, can get extra bigger charging latest but forget about that the immoderate current has exceeded the operating vary of the controller or battery to wreck the controller or battery
9 designed in MPPT?
(1) Wind turbine charging adopted booster MPPT technology, which makes beneath low wind speed, the Wind turbine&;s electrical energy can still be used;
10 the wind generator is attached to the controller, why its running velocity turns into very sluggish immediately?
(1) The battery reaches the floating voltage;
(2) The rated output voltage of the wind generator is much greater 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 may be very low;
eleven wind generator sell off load when the controller exhibits small current?
The controller preserve the all formula by detecting battery voltage, charging current and temperature and so on When the battery reach floating fee voltage or high temperature, the wind generator will unload load, no matter how much charging latest it's
12 there showing no charging recent on LCD screen but the wind is operating or the solar is working?
Only when the input voltage Reach MPPT startup voltage (8V/16V/32V)then it should price the prerequisite is that the battery is correctly related and never totally charged