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Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

PV Inverters

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Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

300w to 2800w grid tie micro inverters DC to AC 110Vac / 220Vac / 240Vac.

  • MPPT Efficiency 99.5%
  • Maximum Output Efficiency 95%
  • Power Factor >95%
  • Communication Mode Wifi
  • Monitoring System APP
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product details

Advantages of solar Microinverters

Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

JM Microinverters proudly introduce an IP65 waterproof, streamlined design that effectively repels rainwater and prevents surface erosion. Built-in high-performance Maximum Power Point Tracking (MPPT) meticulously tracks changes in sunlight intensity and adjusts output power accordingly, maximizing your energy capture. Our patented reverse transmission technology transmits AC electricity with minimal loss, prioritizing your home's needs and sending excess power to the grid for optimal inverter efficiency. The system boasts a near 99% transmission rate. Communication is achieved through two methods: power line carrier signals for communication between the inverter and collector, and RS232 serial port/Wi-Fi options for connecting the collector to a PC or other devices. This intelligent monitoring system allows the inverter to collect real-time data and enables remote control for startup, shutdown, and power regulation.

technical features of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Panel-Level Optimization
Each panel possesses its own microinverter, maximizing power production even with shading, mismatch, or panel degradation.

Low Voltage DC
Microinverters convert DC to AC at the panel level, eliminating high-voltage DC wiring and reducing overload risk.

Modular Design
A single failing microinverter won't affect the entire system. Other panels continue generating power.

Longer Warranties
Microinverters typically come with 25-year warranties compared to 5-year warranties for string inverters.

Individual Panel Data
Track performance of each panel for better system optimization and troubleshooting.

Shaded Roof Compatibility
Ideal for roofs with partial shade or complex layouts.

Future Expansion
Easier to add more panels later on by simply adding microinverters.

parallel connection of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panelmodels of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Specifications of Solar Microinverters

Model Code PV Inputs AC Output Max Output Power MPPT
JMC2800 22-60Vdc, 8 inputs Auto adaptive 85-265VAC 2800W 4
JMC2000 22-60Vdc, 8 inputs Auto adaptive 85-265VAC  2000W 4
JMC1400 22-60Vdc, 8 inputs Auto adaptive 85-265VAC 1400W 1
JMC800 22-60Vdc, 4 inputs Auto adaptive 85-265VAC 800W 1
JMC600 22-60Vdc, 4 inputs Auto adaptive 85-265VAC 600W 1
JMC400 22-60Vdc, 2 inputs Auto adaptive 85-265VAC 400W 1

Wiring Diagram of solar microinverters

Can realize single phase AC and three phase AC, With Bi-directional meter, extra electricity can sell to city grid.

wiring diagram of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Applications of Solar Micro Inverters

usage tips of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Typical Application Usage in Balcony Solar System

application of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Package of micro Solar inverters

packaging of Grid Tie Small Micro Solar Inverter Microinverters for AC Solar Panel

Industrial fans with solar panels

Use solar energy to power industrial fans reducing reliance on traditional electricity sources. Promote greener and more sustainable industrial operations.
Reduce operating costs and environmental impact by utilizing renewable energy.
Providing sustainable and cost-effective ventilation solutions for industrial facilities.

How to choose battery fans powered by solar panels?

When choosing a battery fan powered by solar panels, there are several factors to consider to ensure you choose the option that best suits your needs. Here are some key considerations:

Power output
Consider the power output of the solar panel and the capacity of the battery. Make sure the solar panels can produce enough energy to power the fan and charge the battery efficiently.

Battery Capacity
Look for a fan with a battery of sufficient capacity to allow it to run for the required amount of time, especially during periods of low sunlight. Consider how long the fan will run on a fully charged battery and evaluate whether it meets your requirements.

Portability and size
Evaluate the portability and size of fans and solar panels. If you plan to use the fan for camping or outdoor activities, a compact and lightweight design may be better for easy transportation.

Durability
Choose a fan with durable construction, especially when used outdoors or in harsh environments. Solar panels and fans should be able to withstand different weather conditions and outdoor use.

Adjustable Settings
Look for a fan with adjustable speed and direction settings to ensure optimal airflow and comfort. This feature is especially important for personalizing the cooling experience.

Charging options
Consider whether the fan can be charged from an alternative power source (such as traditional electricity) when sunlight is limited. This allows for flexibility in charging batteries when solar energy is not readily available.

Additional features
Evaluate any additional features that might enhance the fan’s usefulness and convenience, such as built-in LED lights, USB charging ports, or remote-control capabilities.

Brand Reputation and Reviews
Research brand reputation and read user reviews to gauge a product’s performance, reliability, and overall satisfaction.
By considering these factors, you can make an informed decision when choosing the solar panel-powered battery fan that best suits your specific needs and preferences.

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