Well-designed photovoltaic systems can significantly reduce electricity costs, including for low-income consumers. In many cases, savings can reach around 70% on the monthly residential bill, depending on consumption patterns and installed capacity.
With the continued expansion of the Brazilian distributed solar generation market, installers, EPC companies, and system owners are increasingly focused on system security, operational flexibility, and long-term service support.
In response to these evolving demands, Areswatt announced the launch of a microinverter with a power output of up to 2500 W, 60 V low-voltage modules, and rapid shutdown solutions. The solutions are designed for commercial and industrial photovoltaic applications in the Brazilian market.
According to the manufacturer, the microinverter was developed for residential rooftops and small commercial photovoltaic systems. With a maximum output power of up to 2500 W, each unit can support up to four photovoltaic modules, allowing for more flexible system layouts and reducing the number of devices needed on-site.
According to Areswatt, the microinverter helps minimize energy losses caused by shading, different orientations, and incompatibility between modules. The product uses an integrated die-cast aluminum structure with a fully encapsulated design, which increases resistance to moisture, dust, and temperature variations.
Furthermore, the manufacturer stated that the low-voltage direct current topology (maximum 60 V) contributes to increased operational safety. Another point highlighted by the company is that the microinverter allows for remote management via mobile and desktop platforms.
According to Areswatt, system performance can be monitored via the Ares Cloud mobile app and the Ares Web desktop platform, enabling installers and system owners to simplify commissioning, increase operational visibility, and reduce the need for on-site maintenance.
In terms of safety, Areswatt also offers an intelligent quick shutdown device, capable of disconnecting photovoltaic circuits in less than 30 seconds in emergency situations, with the aim of increasing safety on the direct current side in different photovoltaic application scenarios.
"The solution is suitable not only for residential roofs, but also for more complex commercial and industrial roofs, large-scale ground-mounted solar plants, simple rooftop systems, and small off-grid installations," the company stated.
Quick-shutdown devices are available in a variety of configurations, including 1-to-2, 1-to-4, and 1-to-6 module connections, allowing for more flexible system design to suit project scale and layout requirements.
With a maximum operating current of 25 A, the system allows for rapid voltage reduction at the module level in emergency situations, increasing safety during maintenance activities and incident response.
The company also states that it is continuously strengthening its after-sales capabilities in Brazil, working with authorized installation and technical service partners. This local support structure helps ensure correct installation practices, faster technical responses, and reliable long-term operation.
For more detailed product information, visit areswatt.com.
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