Inverter Fronius Tauro ECO 100-3-D

Fronius Tauro ECO 100-3-D is a three-phase inverter in the 100 kW power class, created to offer maximum performance in difficult conditions. Designed with advanced technology, it optimizes BOS component costs and offers unprecedented flexibility in solar system design. Available in centralized (P) and decentralized (D) variants, Fronius Tauro allows simple implementation on complex roofs. Simple installation and fast service ensure maximum safety and efficiency on the market.

Technical specifications

– Power class: 100 kW
– Technology: Three-phase inverter
– Design flexibility: Variants P (centralized) and D (decentralized)
– Efficiency: Optimization of BOS costs
– Construction: Robust design for difficult conditions
– Installation: Simple and fast
– Services: The fastest service on the market

Manufacturer details

Fronius is a world leader in solar technology, known for the innovation and reliability of its products. With extensive industry experience and an extensive global presence, Fronius maintains its commitment to excellence in providing efficient solar energy solutions.

The purpose and utility of the product [#$$#]

Tauro ECO 100-3-D is designed to meet the complex requirements of large solar systems. It optimizes efficiency and installation costs by integrating an advanced technology that ensures constant and reliable performance. The flexibility in the system design allows adaptation to various roof configurations and installation requirements, whether it is about centralized or decentralized projects. The speed and ease of installation, along with the efficient service, contribute to maximizing system availability and reducing downtime.

Fronius Tauro ECO 100-3-D represents a robust and advanced solution for large solar projects, bringing together superior performance and flexibility in design. With a construction adapted for difficult conditions and a technology that optimizes operational costs, this inverter is an ideal choice for customers looking to implement efficient and reliable solar systems.