GT series single-phase and three-phase photovoltaic grid connected inverters-Fornitore globale

2nd Floor, Building C, No. 501 Jingang Road, Jinqiao Export Processing Zone, Pudong New Area, Shanghai

More than 50000 users around the world rely on Xantrex's inverters and system components to provide them with electricity every day. Our GT series inverters can provide efficient photovoltaic energy benefits, convenient installation, modular design, and high reliability, and have been widely used in grid connected solar systems in North America and Europe.

Convenient installation

The Xantrex GT series grid connected inverters have automatic start, shutdown, and fault self checking functions. Users can customize the power tracking function and adjustable delay time to achieve the best match between the number of inverters put into operation and the output power of the photovoltaic array. That is, users can set the start and stop sequence of the entire inverter system according to the actual weather conditions. In addition, in situations where high power is required, multiple inverters can be conveniently operated in parallel.

Easy to operate display interface

The Xantrex GT series inverters are all equipped with LCD displays, which can provide various information, including detailed inverter power generation, daily power generation, as well as photovoltaic array voltage and current, utility grid voltage and frequency, real-time value of power delivered to the grid, fault messages, etc. The graphical user interface of the software provides options for users to directly communicate with the inverter in real-time through a computer or via a modem connection. In addition, it also has diagnostic and archiving functions.

Standard communication

Our GT series offers an independent RS 3 interface and a Xanbus RJ45 communication interface. Unlike similar products from other manufacturers, we do not require additional communication interfaces or cards when connected to a computer.

Efficient, economical, and reliable

Adopting advanced maximum power point tracking (MPPT) technology, the inverter captures the most energy from the photovoltaic array. At the same time, in order to reduce power loss during the transformation process, IGBT is used for the switching tubes of the inverter, thereby maximizing the revenue of your photovoltaic power generation system. Xantrex engineers used the HALT evaluation method in the design process, and before promoting it to the market, we conducted 5000 hours of actual testing indoors, and the results were very satisfactory.

Fast tracking performance of maximum power point

The maximum power point tracking algorithm of GT series inverters has the ability to quickly respond to light intensity, enabling the inverters connected to the photovoltaic array to output energy to the maximum extent possible. The wide DC voltage input range of single-phase inverters from 195Vdc to 600Vdc ensures that the inverters can be turned on earlier in the day and turned off later in the evening. Meanwhile, allowing for more flexible arrangement of photovoltaic arrays

Higher efficiency

Our GT series inverters can provide high peak and average efficiency for both small and large systems, allowing the valuable energy generated by solar panels to be converted into usable electrical energy.

Comes with protective features

The Xantrex GT series inverters all provide adaptive protection features, including overvoltage and undervoltage protection, and frequency protection. And its anti islanding effect protection function can automatically stop the inverter from transmitting power to the grid when a fault occurs in the public power grid; It also comes with an inverter shutdown and restart switch.

Meet standards and safety certifications

Compliant with EU standards and obtained CE certification, while also obtaining UL certification in the United States
EMC standards: EN50081-2 ,EN5008 - 2
◆ Low voltage standard: EN 50178
◆ Complies with VDEW grid protection requirements
◆ Certified by T Ü V Rheinland and Royal Decree in the UK