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FLYLINE SOLAR CHARGE PROCESSING UNIT

Flyline renewable energy charging control is a devise to control and utilize DC solar power. The main function of a charge controller or regulator is to protect your battery from overcharge and block a reverse current. Charging Controllers helps to get full panel output power. It regulates the voltage and current coming from the solar panels going to the battery. If a non-self-regulating solar array is connected to lead acid batteries with no overcharge protection (i.e. without charging controllers) the batteries life would be compromised.



Simple controllers contain a transistor that shunt the PV charging circuit, terminating the charge at a pre-set high voltage and, once a pre-set reconnect is reached, opens the shunt, allowing charging to resume. The existing inverters and UPS in any capacity using by normal electricity power can also be use by solar power by adopting a proportionate capacity of flyline solar charge controller and photovoltaic panels manually which helps to reduce electricity bill. Murickens manufactured and market three types of charging controllers MOSFET, IGBT and MPPT charging controller with international quality.

MOSFET Pulse Width Modulation Solar Charging Controllers (PWM) Common Features

► The main advantage of Flyline Solar Charger is high efficient " Zero Drop" (we get 100 % efficiency).
► Comparing to MPPT, there is no heat conversion efficiency lose in this special model.
► German Technology assures the quality of product.
► ISO 9001- 2008 certified Flyline Solar Charger.
► It is commonly used products.
► This charging controllers are used for smaller and medium power controlling units.
► The technical features are same with IGBT.
► The control system controls the whole system taking care of battery over charging cut off, deep discharging cut off, protections in battery reverse, PV reverse, Overload and Short circuit.
► Our product connection diagram printed on it.
► Micro controller based.
► LED, bar glass or LCD - display-battery voltage, load on/off, battery condition charging on/of . in 12/24 Vf. ► Up to 80 amp auto detection for 12v/24v (automatic sensing)


FLYLINE Pulse Width Modulation Solar Charging Controllers (PWM) Common Features

:

► The main advantage of Flyline Solar Charger is high efficient " Zero Drop" (we get 100 % efficiency).

►Comparing to MPPT, there is no heat conversion efficiency lose in this special model.

►German Technology assures the quality of product.

► ISO 9001- 2008 certified Flyline Solar Charger.

► It is commonly used products.

► This charging controllers are used for smaller and medium power controlling units.

► The technical features are same with IGBT.

► The control system controls the whole system taking care of battery over charging cut off, deep discharging cut off, protections in battery reverse, PV reverse, Overload and Short circuit. ► Our product connection diagram printed on it

►Micro controller based.

►LED, bar glass or LCD - display-battery voltage, load on/off, battery condition charging on/off.

►Up to 70 amp auto detection for 12v/24v (automatic sensing).

FLYLINE PWM/MOSFET SOLAR CHARGER CONTROLLER TECHNICAL FEATURES
Switching 
Zero drop back to back PWM  MOSFET base 
Nominal battery voltage
12 V   to 48 V DC
Maximum out put amp
4AMP- 100 AMP 
Stand by consumption 
less than 1w
Charging REG
2  stage
Battery tem combination 
5MV@40DIG
Product Display
LED, bar graph or LCD
Max. panel  input voltage 
16V@12V
Battery input
 8 to15 Volt (for 12 V).19 to 30 Volt ( for 24 V)
Panel  input
 10 to30 Volt (for 24 V).21 to 60 Volt ( for 24 V)
Battery input
 32 to 60 Volt ( for 48 V)
Panel  input
 40 to 120 Volt ( for 48 V)
Mobile charging
USB & DC SOCKET in small capacities
DC LOAD
UN REGULATED
Efficiency
100 %

 

IGBT SOLAR CHARGING CONTROLLERS COMMON FEATURES


► It is used for high voltage regulations.
►German Technology assures the quality of Flyline Solar Charger.
► ISO 9001- 2008 certified
► Zero Drop model (we get 100 % efficiency).
►It is commonly used products.
► IGBT charging controllers are used for medium and higher power controlling units.
► The technical features of MOSFET and IGBT are same.
► The control system controls the whole system taking care of battery over charging cut off, deep discharging cut off, protections in battery reverse, PV reverse, overload and short circuit.
►Micro controller base.
►LCD display panel voltage , battery voltage, out current, solar in use, direct mains, saved unit

FLYLINE PWM/IGBT  SOLAR CHARGER CONTROLLER TECHNICAL FEATURES

 
Switching 
Zero drop back to back PWM  MOSFET base 
Nominal battery voltage
12 V   to 48 V DC
Maximum out put amp
4AMP- 80 AMP 
Stand by consumption 
less than 1w
Charging REG
2  stage
Battery tem combination 
5MV@40DIG
Product Display
LED, bar graph or LCD
Max. panel  input voltage 
16V@12V
Battery input
 8 to15 Volt (for 12 V).19 to 30 Volt ( for 24 V)
Panel  input
 10 to30 Volt (for 24 V).21 to50 Volt ( for 36 V)
Battery input
 32 to 60 Volt ( for 48 V)
Panel  input
 40 to 120 Volt ( for 48 V)
Mobile charging
USB & DC SOCKET in small capacities
DC LOAD
UN REGULATED
Efficiency
100 %

MPPT ( maximum power point Tracker) charging controller


► In the art of solar MPPT (Maximum Power Point Tracker) determines the ideal operating point via processor –controller algorithm. This significantly of incident light and temperature.
► The control system controls the whole system taking care of battery over charging cut off, deep discharging cut off, protections in battery reverse, PV reverse, overload and short circuit.
►MPPT Solar Charger have a power to increases the photovoltaic array power yield.
►It is most suitable for smaller power applications. If we use for higher application heat conversion lose is very high.
►Micro controller base.
►LCD display-panel voltage , battery voltage, out current, solar in use, direct mains, saved unit,

FLYLINE MPPT SOLAR CHARGER CONTROLLER TECHNICAL FEATURES


FLYLINE MPPT  SOLAR CHARGER CONTROLLER TECHNICAL FEATURES
Nominal battery voltage
12v to 192 v dc
Maximum out put amp
40 to 80amp
Maximum solar array
2000 w @40 amp, 4000w@ 80 amp in 48 v
PV open CKT voltage   
120v @48 v design
Stand by consumption 
less than 2w
Charging REG
5 stage
Battery tem combination 
5MV@40DIG
Switching method 
 Buck boost DC to DC converter
Maximum Efficiency 
98%

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