As an emerging component-level power electronic device, the micro-inverter is gradually becoming the technological focus of the photovoltaic industry. Unlike traditional centralized or string inverters, microinverters are directly installed at the rear end of each photovoltaic module, realizing independent DC to AC conversion for a single module, and providing a new technological path for distributed generation systems.

Traditional photovoltaic systems face many challenges, such as mismatch losses between modules, a decrease in the efficiency of the entire string system due to single-point failures, potential safety hazards caused by high-voltage direct current, and complex installation and commissioning processes. These issues severely restrict the overall performance and reliability of photovoltaic systems and also become a concern for users adopting photovoltaic power generation. The market urgently needs a solution that can fundamentally address these pain points.

Based on years of R&D experience in energy storage technology, Areswatt New Energy Co., Ltd. has launched the AW-MIP0.8/1.0/1.2 series of micro inverter products. Through module-level power optimization and low-voltage DC design, it brings a revolutionary breakthrough to distributed photovoltaic systems.

Module-level MPPT: Breaking Traditional Power Generation Limitations

The core competitiveness of the AW-MIP series of microinverters lies in its advanced module-level Maximum Power Point Tracking (MPPT) technology. Each micro-inverter is equipped with a dual-channel independent MPPT control system, which can accurately identify and lock the optimal operating point of each photovoltaic module, enabling it to always operate at the highest efficiency.

In traditional string systems, the entire string of photovoltaic modules is subject to the "barrel effect." The shadow shielding, dust pollution, or decay differences of a single module will drag down the overall power generation performance. However, the AW-MIP series of microinverters, through the dual-channel independent MPPT technology, completely breaks this limitation, allowing each photovoltaic module to independently exert its maximum efficiency. Even when some modules are shaded, other modules can still maintain high-efficiency power generation. Through actual measurement, this technology can effectively increase the total power generation of the system by 5-25%, and it is particularly suitable for photovoltaic systems in complex installation environments or with variable orientations.

Low-voltage DC Design: Safety Is Always the Primary Consideration

The safety of photovoltaic systems has always been the focus of attention in the industry. In traditional string systems, the DC voltage after connecting multiple modules in series can reach as high as 600V-1000V, which not only increases the difficulty of system design and construction but also brings serious potential safety hazards.

The AW-MIP series of microinverters by Ares New Energy adopt a low-voltage DC design, with a maximum DC voltage of only 60V, fundamentally eliminating the risks of electric shock and fire caused by high-voltage DC. This design enables photovoltaic systems to maintain high safety during installation, operation, and maintenance, and even in emergency situations, meeting the strict safety requirements of residential houses and commercial buildings.

Excellent Protection Capability and Reliability Design

Outdoor electronic devices face the challenges of harsh working environments, including high temperatures, humidity, dust, and even extreme weather. The AW-MIP series of microinverters adopt an advanced die-casting design and professional potting technology, with an overall protection level reaching IP67, which can effectively resist various environmental threats.

The product fully considers the heat dissipation requirements in its structural design, using high-efficiency heat dissipation materials and an optimized internal structure to ensure stable operation even in high-temperature environments. These elaborate designs enable the product to operate normally within a wide temperature range from -40°C to +65°C, adapting to the climatic conditions around the world.

Areswatt New Energy's confidence in product quality is reflected in its standard 15-year warranty period, which far exceeds the industry average and provides users with long-term and reliable power generation guarantees.

Smart Connectivity: Remote Monitoring and Management

Digitalization and intelligence are the development trends of modern energy systems. The AW-MIP series of microinverters have built-in WiFi and Bluetooth connection modules, allowing users to achieve remote monitoring and management of the system through a professional App.

This intelligent monitoring system can track the power generation status of each photovoltaic module, the operating parameters of the inverter, and the overall system performance in real-time, and promptly detect and diagnose potential problems. The system will also automatically generate detailed power generation reports and performance analyses to help users comprehensively understand the operation status and return on investment of the photovoltaic system.

Through smart connectivity technology, Areswatt Energy not only provides users with a convenient energy management experience but also provides data support for system maintenance and optimization, further enhancing the overall value of the photovoltaic system.

Plug-and-Play: Simplifying the Installation Process

The installation and commissioning of traditional photovoltaic systems often require professional technicians, and the process is complex and costly. The AW-MIP series of microinverters adopt a plug-and-play design, greatly simplifying the installation process.

The standardized connectors and intuitive interface design make the installation process simple and efficient, without the need for complex tools and professional knowledge. The system also has an automatic identification and configuration function, reducing the possibility of human errors. This design concept not only reduces the installation cost but also provides convenience for the expansion and upgrade of photovoltaic systems.

Wide Range of Application Scenarios

With its characteristics of safety, reliability, high efficiency, and flexibility, the AW-MIP0.8/1.0/1.2 series of microinverters are suitable for a variety of application scenarios: Residential Rooftop Photovoltaic Systems: The low-voltage safety design and module-level MPPT are particularly suitable for complex rooftop environments, meeting the family's safe electricity consumption needs.

Distributed Photovoltaics in Commercial Buildings: Smart monitoring and high reliability provide commercial users with stable green energy and return on investment.

Agricultural Photovoltaic Projects: The dust-proof and waterproof design enables the product to operate stably in various agricultural environments.

Ground Power Stations: The modular design facilitates system expansion and maintenance, enabling flexible configuration.

Off-grid or Hybrid Energy Systems: It can be seamlessly integrated with energy storage devices to provide reliable power for remote areas.

Model Selection Guide

The AW-MIP series of microinverters offer three power ratings: AW-MIP0.8, AW-MIP1.0, and AW-MIP1.2, which are respectively suitable for photovoltaic module configurations with different power requirements. The series of products supports a wide range of DC input voltages and is compatible with mainstream photovoltaic module models on the market.

To learn more about the technical parameters, operating environment requirements, or customized solutions of the AW-MIP series of micro-inverters, you are welcome to consult the technical team of Areswatt New Energy. We will wholeheartedly provide you with professional support.