- Designed For Outdoor Use
The Fronius Tauro is able to operate effectively in harsh conditions. Equipped with a double wall front cover and advanced cooling technology, it is capable of producing maximum yield even when placed in direct sunlight.
- BOS Cost Savings
The AC Daisy Chaining option offers a notable advantage in terms of cost savings. This feature allows for significant reductions in BOS and installation costs of both roof-top and ground-mount systems by eliminating the need for AC combiner boxes and cabling. The AC Daisy Chaining option is an innovative solution that underscores the importance of optimizing system design for maximum cost efficiency.
- Maximum Yield
The Fronius Tauro’s double wall and active cooling technologies are designed to deliver maximum yield while also providing protection against high temperatures. These features not only ensure the longevity of the inverter but also safeguard the associated components, contributing to an extended system lifetime. By maintaining optimal operating temperatures and mitigating the negative effects of overheating, the Fronius Tauro is able to produce high yields, even in harsh environmental conditions consistently.
- Integrated System Monitoring
The Fronius Tauro includes both hardware and software for integrated system monitoring as standard. This feature is a critical aspect of effective energy management, enabling real-time monitoring and analysis of system performance. Furthermore, Fronius Tauro’s open interfaces provide an added layer of flexibility, as third-party components can be easily integrated with the inverter. By providing seamless integration with a wide range of monitoring and data analysis tools, the Fronius Tauro allows for greater customisation and optimisation of commercial solar energy systems.
- Quick And Easy Servicing
With the advent of cutting-edge service technologies, the Fronius Tauro system can be maintained effortlessly by an expert directly at the installation site. This not only leads to a significant reduction in time needed for maintenance but also considerably decreases associated labor costs.