POWER INVERTER CHARGERS

300W -1200W 12V 24V power inverter charger MI Series

The MI series offers a cost-effective solution for backup power systems and solar energy installations of various sizes, with power outputs ranging from 500W to 1200W. These inverters are the choice for those who seek budget-friendly power solutions without compromising on reliability. Their wall-mo…

Product Details

Though the cost of an inverter is less than 15% of the total amount in a power system, without it, the whole system doesn't work. An Inverter is one of the most important pieces of equipment in power systems including solar power systems and UPS backup systems. It's a device that converts direct current(DC) electricity to alternating current(AC) electricity for most home appliances use.

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Key features:

  • 500w 800w 1000w low-frequency power inverter 12VDC 24VDC
  • pure sine wave output
  • Single-phase 110V, 120V, 220V, 240V AC output
  • AC mains priority/DC priority modes optional
  • built-in AC bypass replay, UPS function
  • multi-stage smart charger 10-15A charges gel, AGM, lithium battery
  • 4msec typical transfer time
  • LCD display working data: AC input AC output, DC input, battery, load, charger current, battery 


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The MI series power inverters output a pure sine wave similar to the waveform of the grid power. In a pure sine wave, the voltage rises and falls in a smooth fashion with very low harmonic distortion and cleaner utility-like power. This gives users stable enough power to operate tools, air conditioners, fans, lights, computers, and other electronics without any interference. Pure sine wave inverters are in many cases more efficient, allowing users to use less energy and allow for more device capability. The main advantage of pure sine wave inverters is that they are used to operate sensitive electronic devices that require high quality waveform with little harmonic distortion. Almost every electronic device could be powered using a pure sine wave inverter.

 

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The inverter charger comes equipped with two working modes that can be changed using a set.

Utility Priority or AC First

Under this setting, once the inverter charger is connected to the utility, it will power the loads using the electricity from the shore supply. The inverter charger will start charging the battery bank using the AC source, if necessary. In case of power outages, the system automatically switches to battery-powered mode. 

Application: home backup power systems for somewhere facing power failures some hours for a day. 

Market-oriented: Thailand, Philippines, Nigeria, Senegal, Mali, Cameroon, Lebanon, Pakistan, Haiti, Venezuela, Chile, etc.

 

Battery Priority or DC first

Under this setting, the inverter charger will provide power using the connected battery bank even when it detects an AC source. When the battery voltage reaches the low voltage setpoint, the inverter will power the loads using the connected AC source but will not charge the battery bank if the charge current is set to 0A. 

Application: renewable energy systems such as wind power systems, solar power systems, transportation vehicles, trucks, etc.

Market-oriented: Good sunshine area or islands. Thailand, Philippines, Nigeria, Senegal, Mali, Cameroon, Lebanon, Pakistan, Haiti, Venezuela, Chile, etc.

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Why choose us?

A. Professional

Having been in the inverter and solar industry for over 10 years, MILE SOLAR understands what customers are caring about from solar manufacturing and exporting solar goods.

B. Strictly quality control

MILE SOLAR always keeps strictly controls the quality of our solar products from raw materials selection, production assembling, product testing, packing, and shipping. Each power inverter and other solar equipment is tested by its function before packing. 

C. Integrity, Honesty and Responsibility

MILE SOLAR takes every customer's 

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FAQ

Q1: Can I have a sample/trial order for a test?

A: Yes, we accept sample order/trial orders for testing.

 

Q2: When will you deliver the goods?

A: 3-5 working days for sample order; 7-15 working days for quantity order after receiving the deposit payment.

 

Q3: Do you offer a guarantee for your solar products?

A: Yes, 18 months for inverter and inverter-related products including solar generator, solar inverter. 2 years for solar lights.

 

Q4: Can you do OEM/ODM?

A: Yes, we accept OEM/ODM orders for power inverters, solar inverters, MPPT solar controllers, solar generators, solar panels and solar lights.

 

Please send your detailed request to our sales specialist for the best quote.

 

 

Available Models

Specification MI-1000W MI-500W MI-800W
DC Voltage 12V/24V 12V/24V 12V/24V
Rated Power 1KW 500W 800W

Technical Specifications

MI Series Pure Sine Wave Inverter & Charger
Specification MI-500W MI-800W MI-1000W
Rated Power 500W 800W 1kW
Peak Power 1.5kW 2.4kW 3kW
Nominal Battery Voltage 12VDC or 24VDC
Input DC Input Range 12V system: 10.5–16VDC | 24V system: 21–32VDC
AC Mains Input Range 220VAC model: 165–265VAC ±3%
110VAC model: 75–125VAC ±3%
AC Input Frequency 50Hz system: 45–65Hz
60Hz system: 55–65Hz ±0.5Hz
Automatic 50/60Hz recognition
Protection Low-battery Alarm 10.3VDC (12V) · 20.6VDC (24V)
Low-battery Shutdown ≤10VDC (12V) · ≤20VDC (24V)
High-battery Alarm >16VDC (12V) · >32VDC (24V)
High-battery Shutdown >16.5VDC (12V) · >33VDC (24V)
Overload Protection >120% load · Automatic shutdown after 10 seconds
Overtemperature Protection Built-in real-time temperature sensor
Alarm above 85°C · Automatic shutdown above 90°C
Short-circuit Protection Automatic shutdown
Output Inverter Efficiency >90%
Battery-mode Output Voltage 220VAC ±5% or 110VAC ±5%
Battery-mode Output Frequency 50 / 60Hz ±1%
Output Waveform Pure Sine Wave
Mains-mode Output Voltage 220 / 230 / 240VAC ±5%
Low-voltage Transfer Switches to battery mode below 170VAC ±5%
Returns to mains mode above 180VAC ±5%
High-voltage Transfer Switches to battery mode above 275VAC ±5%
Returns to mains mode below 255VAC ±5%
Thresholds shown for 220VAC output reference
Mains-mode Output Frequency Automatically follows the AC input frequency
Other Transfer Time Built-in AC bypass relay · ≤4ms
Display LCD display with function buttons
Cooling System Intelligent cooling-fan control
Slow fan below 42°C · Fast fan above 45°C
AC Charger Compatible Battery Types GEL · AGM · Lithium-ion · LiFePO4 · Customized battery
AC Charging Voltage 14–16VDC (12V) · 28–32VDC (24V)
AC Charging Current Adjustable from 0–30A
5A / 10A / 20A selectable charging-current settings
Charging Stages Boost charging · Constant-voltage charging · Float charging
AC Overcharge Protection ≥16.5VDC (12V) · ≥33VDC (24V)
Communication RS232 USB SNMP optional
Environment Operating Temperature −10°C to +40°C
Relative Humidity <95%
Dimensions Product Size (L × W × H) 290 × 310 × 135mm
Package Size (L × W × H) 340 × 330 × 185mm
Net Weight 7.5kg 8.5kg 10.5kg
Gross Weight 8kg 9kg 11kg

Note: AC input/output voltage, charging current and communication options must be confirmed according to the selected system configuration before ordering.

How It Works

How the Off-Grid Inverter System Works

Solar energy is managed by the MPPT controller to charge the battery bank. The inverter converts stored DC energy into stable AC power for connected loads.

  1. Solar Panels
    Generate DC solar energy
  2. MPPT Controller
    Optimizes charging from the PV array
  3. Battery Bank
    Stores energy for later use
  4. AC Loads
    Receive converted AC power
Utility / Generator
Optional backup input, subject to final configuration

Applications

Home Solar & Backup

Home Solar & Backup

Stable solar and backup power for essential household loads.

Remote & Off-Grid Sites

Remote & Off-Grid Sites

Practical power for cabins, farms and locations with limited utility access.

Small Commercial Projects

Small Commercial Projects

Flexible power support for shops, offices and light commercial loads.

System Matching & Wholesale Support

MOQ: Model-specific
Sample and bulk-order quantity confirmed in quotation
OEM / ODM: Available
Branding, configuration and packaging support
Lead Time: Order-specific
Confirmed after model, quantity and customization review
Warranty: Model-specific
Final warranty terms follow the approved quotation
Documents: On request
Datasheet and available certification documents
Technical Support: Included
Pre-sales selection and after-sales assistance

Related Models

FAQ

The correct model depends on load power, battery-bank voltage, surge demand and operating time. Send us your load list and system requirement for model selection.

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