The Victron Solar Mppt 150/70 tr 12-24-48v regulator allows the connection of solar panels in series up to 150V in open circuit.

The Victron 12-24-48v 150 / 70TR Mppt Solar Regulator has an ultra-fast tracking of the maximum power point of the photovoltaic panels to get the maximum daily production from your solar installation. It allows the connection of 3 panels in series of up to 72 cells and can operate 24 volt panels in 12 volt systems. The victron 100/70 mppt regulator can carry a maximum of 1000w of panels in systems at 12v, 2000w at 24 and 4000w at 48v

Advantages of a Victron 150 / 70TR 12-24-48v Mppt Solar Regulator
There are two types of regulators on the market, maximizers or mppt such as victron 150/70 and there are also so-called pwm (pulse width modulation). Mppt regulators have many advantages over pwm and are the recommended option as long as the budget allows.

• First of all, a victron 150 70tr mppt regulator allows the series connection of panels, that is, we can enter the regulator at a voltage higher than that of the battery. In this victron 70Ah regulator we have a maximum of 150 volts in open circuit of photovoltaic input, so for example in a 24 volt system we can connect three 300w 72-cell panels in series. By being able to enter a higher voltage, we facilitate series connection by reducing the wiring section and minimizing losses due to voltage drop.
• Secondly, with a victron 150 70 mppt regulator we obtain more production than with a pwm, the mppt takes advantage of 100% of what the photovoltaic panel produces, obtaining yields of up to 30% higher than pwm. With fewer panels we obtain the same performance as with a pwm regulator and more panels, so the higher investment of the mppt is justified by lowering the investment in the photovoltaic panel. For example, 8 300w panels with a pwm dimmer will perform roughly the same as 6 300w panels with a mppt dimmer.
• Thirdly, we have that the mppt charges more on cloudy days since by connecting panels in series and entering a higher voltage, on cloudy days the mppt will charge earlier thanks to the fact that it will always have enough voltage to exceed that of the battery . In an mppt regulator like the victron with 3 plates of 72 cells in series we enter 105 volts, if it is cloudy we can go down to 70-80v which is higher than the 24 volts of the system and therefore will contribute the load produced by the panels. In the pwm we enter 35 volts, so if it is cloudy we can have less than 24 volts at certain times and we cannot exceed the battery voltage and therefore charge.

Main characteristics of the Victron 150 / 70TR 12-24-48v Mppt Solar Regulator

• 150V absolute maximum colder conditions
• 145V startup and maximum operation
• Maximum efficiency 98%
• Self-consumption 10 mA
• Charging voltage 'absorption' Default setting: 14.4 / 28.8 / 43.2 / 57.6 V (adjustable)
• Charge default 'float' voltage setting: 13.8 / 27.6 / 41.4 / 55.2 V (adjustable)
• Multi-stage adaptive charging algorithm
• Temperature compensation -16 mV / ° C resp. -32 MV / ° C
• Battery Reverse polarity protection (fuse, not user accessible)
• PV reverse polarity / output short circuit / over temperature
• -30 to + 60 ° C operating temperature (total power rating up to 40 ° C)
• Humidity 95%, non-condensing
• Data communication port and VE.Direct remote on / off control

The Xantrex xw 80A Mppt Solar Controller up to 600v is perfect for installations with a large number of panels connected in series.

The Xantrex xw 80A Mppt solar regulator up to 600v is a very specific equipment designed for installations that require the serial connection of many panels. Its input of up to 600v allows the connection of more than 15 panels of 60 cells in series. The xatrex 80-600v mppt works at 24 and 48v and allows the use of lead acid, gel and agm batteries.

Advantages of installing an 80A Mppt solar Regulator up to 600v Xantrex xw
The xantrex 80Ah 600v mppt regulator is a very specific equipment designed to be installed in places where we need, due to installation requirements, the serial connection of the entire photovoltaic field. The 80Ah xantrex mppt for example can be very useful in installations that have a long distance between the panels and the batteries. In this case, by being able to have a 600v input, we can cover a very long distance of several hundred meters with a low section cable and have a minimal voltage drop.

In an installation of, for example, 15 panels of 250w 60 cells in series with 450v and 7.5 amps of intensity, we could cover a distance of 200 meters with a 6mm cable, having a voltage drop of less than 3%.

Features and general information of the Xantrex xw 80A up to 600v Mppt Solar Regulator

• Output 80A, 48V or 24V battery (nominal)
• Full Power (4,800 W; 2,560 W) up to 45 degrees C or 113 degrees F
• MPPT fast scan algorithm
• Two-stage or three-stage battery charger, EQ Plus
• Battery type setting: FLA, AGM, Gel, custom
• Battery temperature compensation
• High efficiency: 96% NOM 48V, and 94% nom @ 24V
• Lower Tare Loss (0.5 W; Xanbus Power Supply Off
• Built on good agricultural practices and the indicator of
• Input over-voltage and over-current protection
• Output Overload Current and Black Power Protection
• Over temperature protection
• Selectable PV array ground: (+), (-), or ungrounded
• Positive or Negative system to ground
• Xanbus compatible AGS, Gateway, SCP and XW

Electric specifications

Nominal battery voltage 24 or 48 Vdc
Max voltage from the photovoltaic field 195 to 550 Vdc
Max voltage 600 Vdc admissible
Short-circuit current Max. 35 Acc
Permissible wiring Between 2.5 and 13.5 mm2
Normal operating consumption <1 W (night)
Regulation method Two stages (Raw, absorption)

General specifications

Temperature range -40º to 85 ºC
Box type Vertical on interior wall
Weight (Regulator / shipping) 13.5 / 17 Kg
Regulator dimensions 760 x 220 x 220 mm

The Steca Tarom 4545 45A 12-24v Solar Regulator has an automatic voltage selection system.

The Steca Tarom 4545 45A 12-24v Solar Regulator has an improved display that records all battery charge and status data. It allows the connection of 700w in 12 volt systems and 1400w in 24v systems with a maximum input voltage of 60v.

The Steca Tarom 4545 45A 12-24v Solar Regulator can be used with lead acid, agm or gel batteries.
Thanks to your selection of battery type from the screen with the steca tarom 4545 regulator we can choose between three charging configurations for monoblock or stationary lead acid, gel or agm batteries. The equipment in the lead acid option detects if the battery has a very low voltage and starts a small equalization charge.

Main characteristics of the Solar Regulator 45A 12-24v Steca Tarom 4545
Optionally, it is possible to connect other devices such as a temperature sensor, a data logger and a remote control to configure and monitor the system. An integrated energy meter (Ah) informs the user about the energy budget of the application.

• Hybrid regulator
• Determination of the state of charge with Steca AtonIC (SOC)
• Automatic voltage selection
• MAP regulation
• Step loading technology
• Load shedding based on SOC
• Automatic consumer reconnection
• Temperature compensation
• Grounding on one or more positive terminals or only on one of the negative terminals
• Integrated data logger
• Night light function
• Self-monitoring function
• Monthly maintenance charge

Electronic protection functions

• Overload protection
• Total discharge protection
• Reverse polarity protection of modules, load and battery
• Automatic electronic fuse
• Short circuit protection of the load and solar modules
• Overvoltage protection at module input
• Protection against open circuit without battery
• Reverse current protection at night
• Over-temperature and overload protection
• Battery overvoltage shutdown

Indications

• Graphic LCD display

1. For operating parameters, fault messages, self-test

Driving

• Easy operation with menus
• Button programming
• Manual load switching

Choices

• Prepaid interface
• External temperature sensor
• Alarm contact

Certifications

• Approved by the World Bank for Nepal
• Conforms to European standards (CE)
• RoHS compliant
• Made in Germany
• Developed in Germany
• Manufactured in accordance with ISO 9001 and ISO 14001

The Victron Solar Mppt 150/45 tr 12-24-48v regulator allows the connection of solar panels in series, with integrated Bluetooth Smart.

Characteristics:

VE. Direct

For a wired data connection to a Color Control GX, other GX products, PC or other devices.

Ultra-fast maximum power point tracking (MPPT).

Especially under cloudy skies, when the light intensity changes continuously, an ultra-fast MPPT controller will improve the
energy harvesting by up to 30% compared to PWM charge controllers, and up to 10% compared to
slower MPPT controllers.

Advanced detection of the Maximum Power Point in case of partial cloudiness

In case of partial cloud cover, two or more maximum power points (MPP) may occur on the load voltage curve.
Conventional MPPTs typically select a local MPP, which is not necessarily the optimal MPP.
BlueSolar's innovative algorithm will always maximize energy harvest by selecting the optimal MPP.

Exceptional conversion efficiency.

Without fan. The maximum efficiency exceeds 98%. Full output current up to 40°C (104°F).

Flexible loading algorithm.

Fully programmable charging algorithm (see Support and Downloads > Software section on our website), and eight pre-programmed algorithms, selectable by rotary switch (see manual for more information).

Extensive electronic protection.

- Overtemperature protection and power reduction in case of high temperature.
- Short circuit and reverse polarity protection in PV panels.
- PV reverse current protection.

The Midnite Classic RCM 150 / 96A Solar MPPT Controller has advanced monitoring software and 180-day data storage.

The Midnite Classic RCM 150/96A Mppt Solar Regulator is one of the most advanced mppt regulators out there. In addition to charging algorithms for any type of battery, we have very advanced monitoring and configuration software. Monitoring screen of all parameters and software with graphic options and data storage for the last 380 days.

The 150/96A Midnite Classic RCM Mppt Solar Regulator allows connecting 4 panels in series

The Midnite Classic RCM 150/96 A Mppt Solar Regulator comes prepared with the HYPERVOC function that allows the 150 volts maximum input to add the battery voltage, so for example in a 48v system we could have 150v + 48v = 198v input panels. Thanks to this function we can go from the three plates in series of a conventional 150v mppt regulator to 4 panels.

Features of the 150/96A Midnite Classic RCM Mppt Solar Regulator

• Maximum Voc: 150VDC
• Maximum Current: 96A
• HyperVOC: 150V + battery voltage
• Charging voltages: 12-48v
• Applications: Solar - Hydraulic-Wind (For wind mode you have to buy optional accessories)
• Maximum Current at 25ºC:
• 96A for 12v
• 94A for 24v
• 83A for 48v
• Two relays, one of them with data input
• Use temperature: -40 to 40ºC
• Data: 380 days with 12 parameters.
• Loads: Bulk, Absorption, Float, Equalization, Errors.
• Warranty: 5 years

The Victron 150 / 85tr 12-24-48V MPPT Solar Regulator allows the connection of 3 panels of up to 72 cells in series.

The Victron 150 / 85tr 12-24-48v Mppt Solar Regulator has ultra fast tracking of the maximum power point of the photovoltaic panels to get the maximum daily production from your solar installation. It allows the connection of 3 panels in series of up to 72 cells and can operate 24 volt panels in 12 volt systems. The victron 100 / 85tr mppt regulator can carry a maximum of 1200w of panels in systems at 12v, 2400w at 24 and 4800w at 48v.

Advantages of a Victron 150 / 85tr 12-24-48v Mppt Solar Regulator
There are two types of regulators on the market, maximizers or mppt like victron 150/85 and there are also so-called pwm (pulse width modulation). Mppt regulators have many advantages over pwm and are the recommended option as long as the budget allows.

• In the first place, a victron 150 85tr mppt regulator allows the series connection of panels, that is, we can enter the regulator at a voltage higher than that of the battery. In this victron 85Ah regulator we have a maximum of 150 volts in photovoltaic input open circuit, so for example in a 24 volt system we can connect three 300w 72-cell panels in series. By being able to enter a higher voltage, we facilitate series connection by reducing the wiring section and minimizing losses due to voltage drop.
• Secondly, with a victron 150 85 tr mppt regulator we obtain more production than with a pwm, the mppt takes advantage of 100% of what the photovoltaic panel produces, obtaining yields of up to 30% higher than pwm. With fewer panels we obtain the same performance as with a pwm regulator and more panels, so the higher investment of the mppt is justified by lowering the investment in the photovoltaic panel. For example, 8 300w panels with a pwm dimmer will perform roughly the same as 6 300w panels with a mppt dimmer.
• Thirdly, we have that the mppt charges more on cloudy days since by connecting panels in series and entering a higher voltage, on cloudy days the mppt will charge earlier thanks to the fact that it will always have enough voltage to exceed that of the battery . In an mppt regulator like the victron with 3 plates of 72 cells in series we enter 105 volts, if it is cloudy we can go down to 70-80v which is higher than the 24 volts of the system and therefore will contribute the load produced by the panels. In the pwm we enter 35 volts, so if it is cloudy we can have less than 24 volts at certain times and we cannot exceed the battery voltage and therefore charge.

Screen for Victron 150 / 85tr 12-24-48v Mppt Solar Regulator
There is the possibility of adding an external screen to all victron blue solar mppt regulators such as the 75/15, 100/15, 100/50, 150/45, 150/60 thanks to V.E direct communication. The screen is recessed and with it you can view battery voltages, load watts, load amps among other parameters and also configure the regulators for each type of battery. Screen for victron blue solar regulators.

Main characteristics of the Victron 150 / 85tr 12-24-48v Mppt Solar Regulator

• 150V absolute maximum colder conditions
• 145V startup and maximum operation
• Maximum efficiency 98%
• Self-consumption 10 mA
• Charging voltage 'absorption' Default setting: 14.4 / 28.8 / 43.2 / 57.6 V (adjustable)
• Charge default 'float' voltage setting: 13.8 / 27.6 / 41.4 / 55.2 V (adjustable)
• Multi-stage adaptive charging algorithm
• Temperature compensation -16 mV / ° C resp. -32 MV / ° C
• Battery Reverse polarity protection (fuse, not user accessible)
• PV reverse polarity / output short circuit / over temperature
• -30 to + 60 ° C operating temperature (total power rating up to 40 ° C)
• Humidity 95%, non-condensing
• Data communication port and VE.Direct remote on / off control (see data communication document on our website)
• Parallel operation Synchronized Not possible

The Victron Solar Regulator 150/35 12-24-48V MPPT  will get the maximum daily production from your solar installation.

The Victron 150/35 12-24-48v Mppt Solar Regulator has an ultra-fast monitoring of the maximum power point of the photovoltaic panels to get the maximum daily production from your solar installation. It allows the connection of 3 panels in series of up to 72 cells and can operate 24 volt panels in 12 volt systems. Victron 100 35A mppt regulator can carry a maximum of 500w of panels in systems at 12v, 1000w at 24 and 2000w at 48v

Advantages of a Victron 150/35 12-24-48v Mppt Solar Regulator
There are two types of regulators on the market, maximizers or mppt like victron 150/35 and there are also so-called pwm (pulse width modulation). Mppt regulators have many advantages over pwm and are the recommended option as long as the budget allows.

• First, a victron 150 35 mppt regulator allows the series connection of panels, that is, we can enter the regulator at a voltage higher than that of the battery. In this victron 35Ah regulator we have a maximum of 150 volts in open circuit of photovoltaic input, so for example in a 24 volt system we can connect three panels of 200w of 72 cells in series. By being able to enter a higher voltage, we facilitate series connection by reducing the wiring section and minimizing losses due to voltage drop.
• Secondly, with a victron 150 35 mppt regulator we obtain more production than with a pwm, the mppt takes advantage of 100% of what the photovoltaic panel produces, obtaining yields of up to 30% higher than pwm. With fewer panels we obtain the same performance as with a pwm regulator and more panels, so the higher investment of the mppt is justified by lowering the investment in the photovoltaic panel. For example, 8 300w panels with a pwm dimmer will perform roughly the same as 6 300w panels with a mppt dimmer.
• Thirdly, we have that the mppt charges more on cloudy days since by connecting panels in series and entering a higher voltage, on cloudy days the mppt will charge earlier thanks to the fact that it will always have enough voltage to exceed that of the battery . In an mppt regulator like the victron with 3 plates of 72 cells in series we enter 100 volts, if it is cloudy we can go down to 70-80v which is higher than the 24 volts of the system and therefore will contribute the load produced by the panels. In the pwm we enter 35 volts, so if it is cloudy we can have less than 24 volts at certain times and we cannot exceed the battery voltage and therefore charge.

Display for all victron blue solar mppt regulators
There is the possibility of adding an external screen to all victron blue solar mppt regulators such as 75/15, 100/15, 100/50, 150/45, 150/60 ... thanks to V.E direct communication. The screen is recessed and with it you can view battery voltages, load watts, load amps among other parameters and also configure the regulators for each type of battery. Screen for victron blue solar regulators.

Main features of the victron blue solar mppt 150 / 35Ah regulator

• Battery voltage Auto Select 12/24/36/48 V (a software tool is needed to select 36 V)
• Nominal load current 35 A
• Maximum PV power 1a, b) 12V: 500W / 24V: 1000W / 36V: 1500W / 48V: 2000W
• Maximum PV open circuit voltage 150 V absolute maximum in coldest conditions
• 145 V starting and running at maximum
• Maximum efficiency 98%
• Self-consumption 0.0o1 mA (1 µA)
• "Absorption" charging voltage Default values: 14.4 / 28.8 / 43.2 / 57.6 V (adjustable)
• "Float" charge voltage Default values: 13.8 / 27.6 / 41.4 / 55.2 V (adjustable)
• Multi-stage variable charging algorithm
• Temperature compensation -16 mV / -32 mV / -68 mV / ° C

The Voltronic 60A 150V 12-24-48V MPPT Solar Regulator is compatible with all types of panels and with AGM, gel and lead acid batteries.

Voltronic 60A 150v mppt regulator compatible with 12, 24 and 48v systems. Panel and battery charge display screen. Compatible with Agm, Gel and lead acid batteries. The mppt 60Ah voltronic regulator allows equalization up to 16v, 31v or 62v respectively. Charging times, equalization intervals and voltages can be modified on the mppt regulator. 2 Years warranty

60A mppt regulator for 12 24 or 48 volt voltronic systems
The 60A voltronic mppt regulator is a very complete device for charging batteries with solar panels. It is a device that allows you to connect 3, 6 and 12 panels of up to 270w in 12, 24 and 48 volt systems respectively. It has a large aluminum heatsink, this passive dissipation without fans improves the self-consumption of the equipment and is silent. Its display allows to visualize the charge of the panels, the state of the battery and the amps that are entering it. It also has a very complete monitoring software.

The voltronic mppt 60A regulators can work with gel, agm and lead acid batteries.
Thanks to the agm gel or flooded (lead acid) option we can tell the equipment the type of battery we connect. In addition, the 60A voltronic mppt regulator has a custom user mode where we can set the parameters that we consider in absorption, float and equalization. The equalization in addition to manual mode can be programmed automatically to be done once a month or when we consider it necessary, so that the stationary 2-volt lead acid elements receive perfect charges, extending the life of the accumulators. If you wish, we can help you with the configuration or configure it for your battery.

Why choose a 60A voltronic mppt regulator over a pwm regulator.

On the market there are two types of solar regulators, the maximizers or mppt regulators such as the 60 amp 150v voltronic and there are also so-called pwm (pulse width modulation). Solar mppt regulators have many advantages over pwm and are the recommended option as long as the budget allows.

• First of all, an mppt solar regulator allows the series connection of panels, that is, we can enter the regulator at a voltage higher than that of the battery. In this 60Ah voltronic regulator we have a maximum of 150 volts in photovoltaic input open circuit, so for example in a 24 volt system we can connect panels in series three like this Amerisolar 265w panel. For an example of a 265w three-plate system we will have to:

1. At the input of the mppt voltronic 60A solar regulator we will have 90 volts in a closed circuit and about 8.7 amps. The mppt will act on the battery output and lower that voltage to charge the battery and raise the amps. with what we will have at the output (depending on the charging stage) for example 27 volts and 29 amps of battery charging. By being able to enter a higher voltage, we facilitate series connection by reducing the wiring section and minimizing losses due to voltage drop.

• Secondly, with a mppt solar regulator we obtain more production than with a pwm solar regulator, the mppt takes advantage of 100% of what the photovoltaic panel produces, obtaining yields of up to 30% higher than the pwm solar regulator. With fewer panels we obtain the same performance as with a pwm regulator and more panels, so the higher investment of the mppt is justified by lowering the investment in the photovoltaic panel. For example, 8 300w panels with a pwm regulator will perform approximately the same as 6 300w panels with a mppt solar regulator.
• Thirdly, we have that the mppt charges more on cloudy days since by being able to connect panels in series and enter a higher voltage, on cloudy days the mppt solar regulator will charge earlier thanks to the fact that it will always have enough voltage to exceed that of Battery. In an mppt regulator like the voltronic we enter at 90 volts, if it is cloudy this value can go down due to the low irradiation to 60-70v which is higher than the 24 volts of the system and therefore will contribute the load produced by the panels. In the pwm we enter 35 volts, so if it is cloudy we can have less than 24 volts at certain times and we cannot exceed the battery voltage and therefore charge.

The MPPT 12/24V and 30A 100V Cynetic solar controller has a screen and bluetooth connection to monitor your solar installation.

The Solar Regulator Mppt 12 / 24v 30A 100v Cynetic has a large screen for monitoring and adjusting the system, it is fully configurable and has a series of bluetooth and a free Android and Apple mobile application. From the mobile phone we can monitor and configure the solar controller wirelessly. Historical record 5 years. Passive cooling with aluminum heatsink. They allow you to adjust voltages, charging times and equalization intervals.

Why choose a 12 / 24v 30A 100v Cynetic Mppt Solar Regulator
On the market there are two types of solar regulators, maximizers or mppt such as the cynetic 20 amp 100v and there are also so-called pwm (pulse width modulation). Solar mppt regulators have many advantages over pwm and are the recommended option as long as the budget allows.

• In the first place, an mppt solar panel regulator allows the series connection of panels, that is, we can enter the regulator at a voltage higher than that of the battery. In this 20Ah cynetic regulator we have a maximum of 100 volts in photovoltaic input open circuit, so for example in a 24 volt system we can connect two Amerisolar 265w panels in series. We will have an input of 60 volts in closed circuit and 70v in open circuit and about 8.7 amps. The mppt regulator will lower that voltage to charge the battery and raise the amps. with what we will have at the output (depending on the charging stage) for example 27 volts and 20 amps of battery charging. By being able to enter a higher voltage, we facilitate series connection by reducing the wiring section and minimizing losses due to voltage drop.
• Secondly, with a mppt photovoltaic regulator we obtain more production than with a pwm solar charge controller, the mppt takes advantage of 100% of what the photovoltaic panel produces, obtaining yields of up to 30% higher than pwm. With fewer panels we obtain the same performance as with a pwm regulator and more panels, so the higher investment of the mppt is justified by lowering the investment in the photovoltaic panel. For example, 8 300w panels with a pwm dimmer will perform roughly the same as 6 300w panels with a mppt dimmer.
• Thirdly, we have that the mppt charges more on cloudy days since by connecting panels in series and entering a higher voltage, on cloudy days the mppt solar charge controller will charge earlier thanks to the fact that it will always have enough voltage to overcome to the battery. In an mppt regulator like the cynetic we enter 60 volts, if it is cloudy we can go down to 40-50v which is higher than the 24 volts of the system and therefore it will contribute the load that the panels produce. In the pwm we enter 35 volts, so if it is cloudy we can have less than 24 volts at certain times and we cannot exceed the battery voltage and therefore charge.

Main features of the new 12 / 24v 30A 100v Cynetic Mppt Solar Regulator

• Multi-peak technology: With its advanced "multi -peak" technology, the mppt solar controller allows mppt monitoring even when shadows affect solar panels causing rapid I-V peaks in production. Its mppt charging algorithm significantly increases the efficient use of energy in solar systems and achieves improvements of between 20 and 30% in charging efficiency over PWM technology The combination of multiple tracking algorithms allows optimal mapping from the working point of the IV curve in an extremely short time.
• Panel series connection: Supports up to 100 volts input, allowing 60 and 72 cell panels to be used in series of 2 panels. 12 and 24v operation allowing the use of 24 volt panels in 12 volt systems
• Fully configurable: They allow the use of any type of lead acid, gel or agm battery. User mode to customize the load parameters. You can modify voltages, charging times, automatic equalization intervals ... it also allows the use of lithium batteries (consult). Supports maximum equalization voltages of 17v on 12v systems and up to 34v on 24v systems
• Historical log: The equipment stores up to five years of system logs including minimum voltage, maximum voltage, kilowatts loaded, maximum load current.
• Protections: The equipment has protection against lightning by TVS diodes. It also has protection against overtemperature, reducing the charging current if it reaches more than 65 degrees without damaging the equipment, although more power than allowed. Protection against reverse polarity and short circuit. IP 32 protection against dusty environments and splashing water
• Error codes: Through the error code screen we can easily see when there is an anomaly and identify the cause. Reverse polarity connection, photovoltaic field overvoltage, overload ... all have an error code duly identified in the manual
• Programmable consumption output: The "load" output of 20 amps allows the use of consumptions connected directly to the equipment that operate at battery voltage (12v or 24v lighting, pumps ...) in this mppt solar charge controller. The use of capacitive loads such as small pumps is allowed because the output allows pickup peaks. The output can be programmed for lighting or street lamps with an automatic activation mode from twilight
• Software: Using the data cable and the software, we can connect the equipment to a PC and monitor, configure voltages, configure charging times, access the historical record, etc. Allows communication by modbus.

Bluetooth connector and free mobile app on the mppt cynetic solar controller
The mppt cynetic controller includes the BT-1 Bluetooth connector that allows synchronization with the mobile phone and through the application we can regulate all the functions and see the status of our system. If we have an Android mobile we must enter google play and search for "solarlink app". We download the application on the mobile and install it. If we have an apple mobile we have to go to the app store and search for "solar app". We download and install on the mobile. Once installed we open the app and in the upper right corner we select add device. Here the bluetooth will appear and we select it. We enter the password that it asks us to be 135790123 and in 10 seconds it will be synchronized with the controller.
To modify parameters we must enter settings and in the upper right corner press + and administrator entering the password 135790123. Once entered we can modify with the SET key as long as the battery type is in user.

The most complete solar controller 12 / 24v 30A 100v Cynetic Mppt Solar Regulator at the best price on the net
There is no better-priced mppt controller on the market with a display with the configuration and display features of the cynetic mppt. At the price of a pwm regulator we can already access the latest generation mppt technology and start getting more performance out of our solar panels.

SOFTWARE FOR PC.- In addition to the mobile app, if we buy the data cable of the cynetic solar photovoltaic regulator, we can connect the regulator to a computer to configure and monitor the data.

The 305w 72 Cell Cynetic Titan Solar Panel is of high efficiency and has 4 bus bar for better electrical efficiency.

The 305w Solar Panel with 72 Cells Cynetic TITÁN has high efficiency class A cells and 4 bus bars for better electrical conduction. Power guarantee increased to 12 years at 90% production and 25 years at 80%.

The 305w Solar Panel with 72 Cells Cynetic TITÁN is high efficiency and 72 cells for isolated and grid-connected solar installations. Manufactured in accordance with all quality regulations and with a linear power guarantee of 12 years at 90% and 35 years at 80%, they offer a quality product at a very competitive price.

Charge regulators for cynetic 305w solar panels with 72 cells and 24 volts
If we use the 305w Solar Panel of 72 Cynetic TITÁN cells in isolated installations, we can use pwm regulators or choose mppt type regulators or maximizers. The latter allow the series connection of panels and obtain more performance than the pwm. If we use 100-volt maximizers we can use two panels in series and in the 150-volt ones we can reach 3 panels in series. Models such as the midnite or some victron blue solar already allow the connection of 4 and up to 5 solar panels in series

Characteristics of the 305w Solar Panel of 72 Cynetic TITAN Cells

• It passed the 168 hour PID test, maintaining stable efficiency.
• Passed the 56-day salt spray test, qualified for seashore installation.
• Heavy snow load up to 5400 Pa.
• It passed the ammonia spray test, improving its application in grow houses.

Data Sheet