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MPPT SMS Charge Controller

Original price was: ₦340,000.00.Current price is: ₦310,000.00.

Key Features of SMS MPPT Charge Controller

MPPT solar charging technology
Designed to regulate solar-panel charging
Available in different current capacities depending on model
Suitable for various battery-bank configurations
Designed for solar energy systems
Digital monitoring/display may be available depending on model
Charging parameters may be adjustable on applicable models
Battery protection functions
Solar-panel input protection
Overcharging protection
Overload protection on applicable models
Short-circuit protection
Reverse-polarity protection may be available depending on model
Suitable for residential and commercial solar installations
Model-dependent communication and monitoring functions

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Description

MPPT SMS Charge Controller Price in Nigeria

Nature Links Nigeria Limited is an Authorized Distributor, Supplier & Dealer of genuine SMS products in Nigeria, supplying SMS MPPT charge controllers, solar charge controllers, solar power equipment and related renewable-energy products to customers across Nigeria.

MPPT SMS Charge Controller Price in Nigeria

The MPPT SMS Charge Controller Price in Nigeria depends on the controller’s charging capacity, system voltage, maximum PV input, maximum charging current, communication features and model. MPPT (Maximum Power Point Tracking) technology is designed to improve the amount of usable solar energy transferred from solar panels to a battery bank compared with conventional PWM charging technology under suitable operating conditions.

MPPT SMS Charge Controller Price Range

SMS MPPT Charge Controller	Estimated Price Range in Nigeria
SMS MPPT 20A	₦70,000 – ₦110,000
SMS MPPT 30A	₦90,000 – ₦140,000
SMS MPPT 40A	₦120,000 – ₦180,000
SMS MPPT 50A	₦150,000 – ₦220,000
SMS MPPT 60A	₦180,000 – ₦280,000
SMS MPPT 80A	₦250,000 – ₦380,000

Price note: The prices above are estimated Nigerian market ranges for budgeting purposes, not fixed quotations. Actual prices may vary according to the exact SMS model, voltage rating, PV capacity, availability, exchange rates, warranty and supplier pricing.

What Is an MPPT Solar Charge Controller?

An MPPT solar charge controller regulates the electricity generated by solar panels before it is delivered to a battery bank.

MPPT technology continuously adjusts the operating point of the solar array to obtain available power more efficiently under changing solar conditions.

The controller can therefore be an important component in a solar system containing:

Solar panels
Battery bank
Charge controller
Inverter
DC protection
Cabling and other balance-of-system components

Uses of SMS MPPT Charge Controller

The MPPT SMS Charge Controller Price in Nigeria is relevant to customers building or upgrading solar energy systems.

Typical applications include:

Home solar systems
Offices
Shops
Small businesses
Farms
Remote installations
Street-lighting systems
Off-grid solar systems
Battery charging systems
Solar backup systems
Telecommunications installations
Security and CCTV systems

The controller must be correctly sized according to the solar-panel array, battery voltage and maximum charging current.

Benefits of SMS MPPT Charge Controller

Improved Solar Energy Harvesting

MPPT technology can extract more available power from a solar array than a conventional PWM controller under appropriate operating conditions.

Better Solar Panel Utilization

The controller can operate the solar panels at an appropriate voltage and current combination to maximize available power.

Battery Charging Regulation

The charge controller regulates the energy supplied to the battery according to its charging requirements.

Suitable for Different Solar Systems

Different current capacities allow users to select a controller appropriate for their particular solar-panel and battery configuration.

Protection Features

Depending on the exact model, an SMS MPPT controller may include protections against conditions such as overcharging, overload, short circuit and reverse polarity.

SMS MPPT Charge Controller Compatibility

Before purchasing an MPPT controller, check the following:

Battery voltage
Maximum charging current
Maximum PV input voltage
Maximum PV input current
Maximum PV power
Battery chemistry
Solar-panel configuration
Cable size
Inverter requirements
Communication requirements

For example, connecting solar panels in series increases the PV voltage. The resulting open-circuit voltage must remain within the controller’s maximum PV voltage limit.

MPPT SMS Charge Controller Datasheet

Exact specifications vary according to the SMS model. The following is a general buyer’s guide rather than a substitute for the manufacturer’s datasheet.

Specification	Description
Product	SMS MPPT Solar Charge Controller
Technology	MPPT
Rated Charging Current	Model dependent
Battery Voltage	Model dependent
Maximum PV Voltage	Model dependent
Maximum PV Current	Model dependent
Maximum PV Power	Model dependent
Battery Type	Model dependent
Display	Model dependent
Communication	Model dependent
Protection	Model dependent
Installation	Indoor/outdoor depending on model rating
Application	Solar Battery Charging

Always confirm the exact model’s datasheet before connecting a solar array.

How to Choose the Right SMS MPPT Charge Controller

The MPPT SMS Charge Controller Price in Nigeria should not be the only factor when choosing a controller. The controller must be correctly sized for the solar system.

1. Check Battery Voltage

Confirm whether your battery bank is designed for 12V, 24V, 48V or another supported voltage.

2. Calculate Solar Array Power

Add the wattage of all solar panels connected to the controller.

3. Check PV Voltage

Calculate the maximum possible open-circuit voltage of the solar-panel string, especially under cold conditions where panel voltage can increase.

4. Check Charging Current

The controller’s rated output current must be sufficient for the solar array and battery system.

5. Consider Battery Chemistry

Confirm that the controller supports your battery type and provides appropriate charging parameters.

MPPT vs PWM Charge Controller

Feature	SMS MPPT Controller	PWM Controller
Charging Technology	MPPT	PWM
Solar Energy Harvesting	Generally higher under suitable conditions	Generally lower
Panel Voltage Flexibility	Higher	More limited
System Efficiency	Generally higher	Generally lower
Cost	Usually higher	Usually lower
Larger Solar Systems	Often preferred	More suitable for smaller/simple systems
Battery Charging	Yes	Yes

MPPT controllers are generally preferred when maximizing solar energy harvesting is important, although the right choice depends on the size and design of the system.

MPPT Charge Controller vs Hybrid Inverter

An MPPT charge controller and a hybrid inverter perform different functions.

Feature	MPPT Charge Controller	Hybrid Inverter
Solar Charging	Yes	Yes
Battery Charging	Yes	Yes
DC-to-AC Conversion	No	Yes
AC Output	No	Yes
Grid Interaction	Usually no	Model dependent
Inverter Required	Yes, for AC loads	Built in
Main Function	Solar-to-battery charging	Power conversion and energy management

A standalone MPPT controller is commonly used where the solar panels and battery bank need a separate charging device alongside an inverter.

How Many Solar Panels Can an SMS MPPT Controller Handle?

The number of solar panels depends on the controller’s maximum PV voltage, current and power ratings.

For example, a controller rated for a particular PV input should not be connected to an array that exceeds its maximum voltage even if the total wattage appears acceptable.

Before installation, calculate:

Total Solar Power = Number of Panels × Panel Wattage

Then compare the resulting array with the controller’s maximum PV power specification.

SMS MPPT Controller for Lithium Battery

If you plan to use an SMS MPPT controller with a lithium battery, verify that the controller supports the battery chemistry and required charging voltage.

Important considerations include:

Lithium battery voltage
Recommended absorption voltage
Float-charge requirements
Maximum charging current
Low-voltage settings
Battery-management requirements
Communication compatibility where applicable

The battery’s built-in BMS does not automatically make every solar charge controller compatible.

SMS MPPT Controller for Tubular Battery

Tubular lead-acid batteries can also be paired with a compatible MPPT charge controller.

The controller should support the battery’s recommended charging profile and voltage settings.

Correct charging configuration helps prevent undercharging or excessive charging.

Factors Affecting MPPT SMS Charge Controller Price in Nigeria

The final MPPT SMS Charge Controller Price in Nigeria can be affected by:

Rated charging current
Battery voltage
Maximum PV voltage
Maximum PV power
Model
Display and monitoring features
Communication functions
Battery compatibility
Availability
Exchange rates
Warranty
Supplier pricing

Higher-current controllers generally cost more because they are designed to handle larger solar arrays.

Installation and Safety Considerations

Proper installation is important for solar charge controllers.

Confirm all voltage ratings before connection.
Use appropriately sized cables.
Install suitable DC protection.
Observe correct polarity.
Keep the controller within its specified operating conditions.
Do not exceed the maximum PV voltage.
Do not exceed the rated charging current.
Follow the manufacturer’s wiring sequence.
Ensure adequate ventilation where required.
Have the system installed or checked by a qualified technician.

Where to Buy MPPT SMS Charge Controller in Nigeria

If you are searching for the MPPT SMS Charge Controller Price in Nigeria, Nature Links Nigeria Limited supplies SMS solar charge controllers and other solar-power equipment from Alaba International Market, Lagos.

Distributor, Supplier & Authorized Dealer: Nature Links Nigeria Limited
Call: 07049528019
WhatsApp: 09040054359
Visit Their Shop Address: F1571 UP, Alaba International Market, Lagos, Nigeria
Delivery: Same Day Delivery in Lagos. Same Day Shipping to Other States.

When requesting a quotation, provide your solar-panel wattage, battery voltage and preferred controller capacity to help identify a suitable model.