With the VAL-SPP-T1-1500DC-PV-2+V-UT-R lightning current arrester, Phoenix Contact has added a type 1 lightning current arrester for photovoltaic systems with 1,500 V DC to its Safe Protection Plus product family.
The Sunclix DC connectors from Phoenix Contact are now approved for a system voltage of up to 2,000 V DC in accordance with the TÜV Rheinland 2 PfG 2925/01.23 test specification.
The new POS Panelfix mounts from Phoenix Contact enables PV panels in the 20 to 200 Wp range to be mounted quickly and easily
Phoenix Contact is introducing new connectors for residential storage applications to the market. Mechanical coding and color coding make the new connectors fit for use on battery inverters.
Phoenix Contact is introducing a PV panel-based housing solution with several performance classes up to 190 Wp. The POS (Pico Off-grid System) includes a water- and impact-protected plastic housing, a stainless steel pole mount, and a solar panel. Computers, communication units, batteries, and more can be added to create self-sufficient solutions for field use.
The Sunclix connectors with crimp connection for automated assembly processes from Phoenix Contact enable the easy and reliable cabling of photovoltaic panels.
For over 20 years PHOENIX CONTACT has organized the international technology and education award “xPlore” inviting pupils, students, trainees, and young professionals to creatively develop technical solutions to various challenges with the help of products and solutions from Phoenix Contact.
The new DC/DC converter of the TRIO product family from Phoenix Contact supplies the system directly from the field. A reliable power supply is guaranteed, even without a central grid. With an input voltage range of 450 V DC to 1,650 V DC, the device is ideally suited in particular to all photovoltaic systems, but can also be used in other applications. It complies with the EN 62109 standard and e
The new weather station from Phoenix Contact is now available. The pre-installed solution with PLCnext Control records the values of the wind speed, wind direction, temperature, irradiation, humidity, and amount of precipitation.
New connectors as well as cable-based string fuses extend the Sunclix product series for photovoltaic systems from Phoenix Contact.
The TÜV Rheinland test institute has certified the photovoltaic string protection fuses from Phoenix Contact.
The new string combiner boxes with integrated wireless modules from Phoenix Contact minimise the amount of cabling required when installing PV parks.
With the new DNO Control control cabinet, Phoenix Contact offers a flexible platform consisting of coordinated hardware and software components for controlling the energy in a photovoltaic system at the network connection point.
Phoenix Contact is now offering new photovoltaic connectors with crimp connection. The DC connectors from the Sunclix product range are particularly suitable for mechanical assembly and simplify the cabling of photovoltaic systems.
The compact PT 10,3-HESI fuse terminal blocks with 10 mm² push-in connection from Phoenix Contact have a nominal voltage of 1000 V.
Phoenix Contact is expanding its proven Sunclix solar connector program by adding a DC plug-in connector with crimp connection for machine installation.
The new DC fuse adapter from Phoenix Contact is an easy-to-install protective element for photovoltaic systems
The function block libraries for the PC Worx programming software from Phoenix Contact now offer more opportunities for solar engineering: The user saves engineering time, with pre-assembled function blocks from Solar Basic V1.30 and Solar Advanced V1.30. Typical tasks associated with PV systems can thereby be easily and quickly programmed and potential sources of error can be avoided.
Phoenix Contact now offers monitoring software for photovoltaic systems. PV Monitor+ is designed for systems up to 500 KW and to interact with standardized and robust industrial components from Phoenix Contact.
Phoenix Contact has a new device plug connector for self assembly up to 1500 V. Users assemble the individual parts and integrate them into their device.
