We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
This project involved the deployment of 100 6.2kW EVO hybrid solar inverters in Thailand to enhance renewable energy utilization, improve system efficiency, and support sustainable energy development.
Project Name: Thailand 100 × 6.2kW EVO Inverters Installation
Date: 4 January 2024
Location: Thailand
Quantity & Configuration: 100 sets
Product Configure: 6.2kW EVO hybrid solar inverters

Thailand has been actively promoting renewable energy adoption (Thailand's Power Development Plan targets 18 gigawatts of new renewable capacity by 2037—including 10 gigawatts of solar.), with solar power generation identified as a key development area.
The local market required reliable inverters capable of:
Supporting hybrid solar systems
Minimizing energy losses
Ensuring continuous operation of critical loads during low battery power
Contributing to sustainable energy goals and cost reduction
A Thai solar energy supplier initiated a procurement project after evaluating multiple inverter brands and models.
The 6.2kW EVO inverter from Anern was selected for its:
Dual AC output function: Allows secondary output to extend runtime of critical loads when battery levels are low
Hybrid compatibility: Supports on-grid, off-grid, and solar-plus-storage configurations
High efficiency: Minimizes energy loss and maximizes PV power utilization
Reliability: Designed for long-term operation in tropical climates
The system design ensures stable energy delivery while optimizing operational efficiency for residential and commercial applications.
The local installation team carried out the deployment under technical guidance from Anern, following standard procedures:
Site layout planning for optimal solar exposure
Mechanical and electrical installation of inverters
AC and DC wiring, grounding, and configuration
Testing of dual AC outputs and hybrid operation modes
Final commissioning and performance verification
The installation adhered to local electrical regulations and safety standards.
More Installation guides, please check here:
Solar Inverter Installation Guide
Solar Lithium Battery Installation Guide
Solar Power System Installation Guide
After commissioning, the system delivered:
Increased efficiency: Optimized power conversion from PV arrays to AC loads
Extended critical load runtime: Dual AC outputs ensure important loads remain powered during low battery conditions
Energy cost savings: Reduced dependence on fossil-fuel-based electricity
Support for sustainable development: Aligned with Thailand's renewable energy targets
The client reported stable performance and consistent reliability across all 100 inverter units.
This project demonstrates how large-scale hybrid inverter deployments can contribute to:
Efficient utilization of solar energy
Reduced energy costs for commercial and residential consumers
Achieving sustainable energy objectives at a local and national level
It also highlights Anern's expertise in hybrid inverter technology, system customization, and technical support for international projects.
In January 2024, 100 sets of 6.2kW EVO hybrid inverters were installed in Thailand by Anern.
The inverters feature dual AC output to extend runtime for critical loads during low battery conditions.
Installation included AC/DC wiring, grounding, configuration, and commissioning by local technical teams.
The deployment improved overall system efficiency and reduced energy loss.
Operational benefits include extended backup load capability, cost savings, and support for Thailand's renewable energy goals.
The project demonstrates Anern's hybrid inverter reliability and international deployment capability.
This was a 6.2kW hybrid solar system deployment in Thailand aimed at increasing renewable energy utilization and ensuring continuous power for critical loads.
The 6.2kW EVO inverters were chosen for dual AC output capability, high efficiency, and hybrid system compatibility, making them suitable for minimizing energy loss and extending runtime during low battery conditions.
The system was installed by local certified technicians under technical guidance from Anern, following standard installation and commissioning procedures.
The system provides:
Improved energy conversion efficiency
Extended runtime for critical loads
Reduced energy costs
Support for sustainable energy development initiatives
The dual AC output function allows secondary loads to remain powered even when battery levels are low, ensuring uninterrupted operation of essential equipment.