MICROTEK MPPT SOLAR INVERTER

MPPT module can track maximum power of solar panels so that the system can charge the battery with the most power and the inverter's efficiency is improved.

Used in the solar photovoltaic system, MPPT coordinates the functions among solar panels, batteries and load.

Types Of MPPT Solar Inverter

Microtek mppt solar hybrid inverter is a device that converts direct current from solar panel into alternating current for use in home, office, or other applications. It is designed to increase the efficiency of solar panel system by harvesting maximum available power from solar panel and reducing power loss during transmission. The MPPT solar inverter has multiple features such as wide input voltage range, high efficiency, and advanced protection functions, which makes it a good choice for a wide range of solar power systems. Microtek MPPT solar inverter also has a user-friendly LCD display, which provides easy access to information such as input voltage, output power, and system status. With its reliable performance and high efficiency, the MPPT solar inverter is an ideal choice for home, office, and other solar energy systems.

SUNSHINE 3.5/5.5KW Off Grid Inverter

SUNSHINE is an off-grid inverter from Microtek with MPPT function, which can convert solar energy to the maximum extent; with RGB lighting, it has a gorgeous appearance and has three lighting modes. Its Rated Power is 3.5/5.5KW, suitable for small home, RV or outdoor.

SUNSHINE 8KW Off Grid Solar Inverter

SUNSHINE 8KW has two power models, which can meet the needs of most medium and large power equipment. Photovoltaic input, no need to connect to the grid, eliminating the trouble of power failure. Touchable LCD panel design for easy operation.

SUNRISE 4.2/6.2KW Off Grid Inverter

Touch Button and LCD; Wifi Monitor; USB On-the-go Function; Work with or without Battery; Communication port for BMS.

SUNBATH 3.5/5.5KW Off Grid Inverter

With 100A MPPT Solar Charge Controller Built-in; Efficiently Work With or Without Battery; WIFI Function Optional; With Touch Button on the LCD Display.

SUNNY 5KW Off Grid Inverter

The SUNNY series product is an off-grid solar inverter with parallel function. The stable and good parallel operation of the inverter will greatly improve the reliability and capacity of the micro grid system. This model can be connected in parallel with a maximum of 9 inverters.

SUNSEEKER 5KW Hybrid Solar Inverter

Built-in WIFI for Mobile Monitoring(Requires APP); 5KW Work as Off Grid and On Grid; Max. Can Be 9pcs in Parallel With Optional Kit; Compatible with Lithium Battery; High efficiency with or without battery.

MPPT Solar Inverter Manufacturer And MPPT Solar Inverter Supplier

Microtek MPPT Solar Inverter high efficiency, durable, and stable product quality.

Microtek (Shenzhen) is an inverter manufacturer with 30+ years of experience, focusing on the production and R&D of photovoltaic inverters, Microtek solar inverters, sine wave inverters, lifepo4 deep cycle battery, and is committed to providing customers with reliable products.

How The MPPT Feature Works In Solar Inverter?

The full name of the MPPT controller is "Maximum Power Point Tracking" (Maximum Power Point Tracking) solar controller, which can detect the power generation voltage of the solar panel in real time, and track the highest voltage and current value (VI), so that the system can charge the battery with the maximum power output. .

Due to the influence of external factors such as light intensity and the environment, the output power of the solar cell varies, and the light intensity emits more electricity. The photovoltaic inverter with MPPT maximum power tracking is to make full use of the solar cell and make it operate at the maximum power point. MPPT can ensure that the energy of the solar panels can be maximized throughout the day without wasting solar energy resources.

Microtek MPPT Solar Inverters FAQs

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What are the benefits of installing an MPPT solar inverter?

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1. Increased Efficiency: MPPT solar inverters are much more efficient than traditional inverters, resulting in more energy produced from the same solar panels. This improved efficiency can result in up to 30 percent additional output compared to traditional inverters.

2. Reduced Costs: By increasing the efficiency of the system, MPPT solar inverters can reduce the overall costs of installation and maintenance. This can result in significant cost savings over time.

3. Improved Performance: MPPT solar inverters are designed to optimize the performance of the solar system. By tracking the maximum power point, they ensure that the system is always producing the most energy possible.

4. Easy Installation: MPPT solar inverters are relatively easy to install and are usually much simpler than traditional inverters.

5. Longer Life Span: MPPT solar inverters typically have a longer life span than traditional inverters, due to their improved efficiency and performance.

6. Reliability: MPPT solar inverters are highly reliable and can typically withstand extreme weather conditions without any issue. This makes them ideal for use in remote locations where other inverters may fail.

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Tips for optimizing performance of an MPPT solar inverter

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1. Monitor the battery voltage and temperature: Monitor the battery voltage and temperature to ensure that the battery is not being over-discharged, and that the temperature is within the optimal range for charging.

2. Set the inverter to the correct operating voltage and current: Set the inverter to the correct operating voltage and current for the solar panels. This will ensure that the solar panels are able to produce the maximum possible power.

3. Match the inverter to the solar panel: Make sure that the MPPT solar inverter is matched to the solar panel's voltage and current. This will ensure that the inverter is able to capture the maximum amount of power from the panels.

4. Make sure the solar panel and inverter are clean: Make sure that the solar panel and inverter are kept clean and free of dust and debris. This will ensure that the inverter is able to capture the maximum amount of power from the panels.

5. Keep the battery fully charged: Make sure the battery is kept in a fully charged state. This will ensure that the battery is able to provide the maximum power to the inverter.

6. Use a battery temperature sensor: Use a battery temperature sensor to monitor the battery temperature. This will help to ensure that the battery is not being over-discharged or over-heated.

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What is the full name of MPPT?

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The full name of MPPT is Maximum Power Point Tracking.

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Is MPPT the future trend of solar inverters?

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The MPPT controller is an upgrade of the traditional solar controller. It is applied in the photovoltaic power generation system and can track the maximum power point of the solar panel in real time to adjust the DC voltage to maximize the output power of the photovoltaic inverter and increase the power generation of the photovoltaic system.

What is the function of MPPT Solar Inverter?

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The most important is the maximum power tracking function, which enables the inverter to obtain the maximum output power of the battery panel. MPPT (Maximum Power Point Tracking) Solar Inverters are designed to optimize the power output of a solar panel array. They work by regulating the voltage output of the solar panels to ensure that the panel is always operating at its peak power point, which maximizes the amount of power that can be generated from the solar array. This helps to ensure that the solar system is able to generate the most power possible from the available sunlight.