TBEA presented its portfolio of solutions for photovoltaic solar energy and storage during SNEC 2026, one of the leading global trade fairs in the renewable energy sector. Focusing on the complete scenario encompassing generation, grid, load, and storage, the company highlighted technologies aimed at building a smarter future, based on the synergy between solar energy, storage systems, and electrical infrastructure. Under this concept, the company showcased eight main solutions and more than 20 products focused on energy generation, transmission, distribution, storage, and consumption.
The exhibition brought together physical equipment, system models, and digital platforms, showcasing applications in large-scale photovoltaic plants, C&I (commercial and industrial) projects, residential systems, flexible power transmission, and digital operation.
500 kW inverter is a highlight for large power plants.
Among the highlights was the TS500KTL-HV-C1 string inverter, with a nominal power of 500 kW and a peak power of 550 kW, developed for large power plants located in desert regions, arid areas, and high-altitude environments.
The equipment supports a 1600 V DC architecture and a 1000 V AC output, focusing on optimizing generation and reducing infrastructure costs.
According to the company, the product also incorporates features focused on cybersecurity and advanced power grid operation, including international certifications and millisecond response capability for grid-forming applications.
Storage solutions cater to different segments.
In the area of energy storage, TBEA presented solutions for the residential, commercial, and industrial segments, as well as large-scale applications. For residential use, the portfolio includes photovoltaic generation, energy storage, and electric vehicle charging.
For commercial and industrial users, the company showcased three-phase inverters, monitoring systems, and storage cabinets designed for industrial parks, factories, and distributed generation projects. The solutions are geared towards strategies for reducing peak demand, lowering energy costs, and increasing self-consumption.
For large-scale power plants, the company showcased string-based storage systems, including PCS converters, medium-voltage substations, and liquid-cooled solutions. The configuration was developed to increase operational efficiency, facilitate capacity expansion, and improve fault isolation.
New generation of centralized inverters
The company also presented the new generation of its centralized inverter technology, led by the 1,6 MW T-Block Dual-Core modular platform. The line includes 4,8 MW and 9,375 MW solutions for ground-mounted photovoltaic plants.
The equipment utilizes a 1500 V architecture and intelligent MPPT tracking algorithms, aiming to increase energy production and reduce infrastructure-related project costs.
Technologies for supporting the electrical grid
In the electrical infrastructure segment, TBEA showcased a flexible direct current (DC) transmission solution, presented through a converter valve tower model.
The company also showcased a dynamic reactive power compensation system, designed to respond to voltage variations, provide support for grid stability, and contribute to power quality in modern electrical systems.
Digital platform integrates generation, consumption, and storage.
Complementing the portfolio, the TB·eCloud digital platform was presented as an integrated management tool for energy assets. Based on artificial intelligence, the Internet of Things (IoT), and data analysis, the solution offers remote monitoring, intelligent operation and maintenance, energy dispatch, and asset management.
The platform was positioned as a connecting element between generation, the electrical grid, consumption, and storage, allowing for a unified view of energy operations.
Focus on energy integration
TBEA's participation in SNEC 2026 highlighted the company's strategy focused on integrating photovoltaic generation, energy storage, and electrical infrastructure. The portfolio presented serves residential, commercial, and industrial applications, as well as large-scale renewable energy projects, and scenarios supporting the electrical grid.
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