TAOYUAN, October 13, 2023 /PRNewswire/ — As the world strives to achieve net zero carbon emissions by 2050, green energy is set to play an increasingly central role in this effort. With nearly four decades of experience in power electronics testing, Chroma offers highly efficient test solutions that save energy and minimize carbon footprint, specifically designed to drive growth in the renewable energy sector. At Energy Taiwan 2023, Chroma will showcase the latest advances in test and measurement technology for renewable energy.
Chroma 63700 Series regenerative DC electronic loads can simulate a wide range of load characteristics and achieve energy return to the grid with up to 93% efficiency. These fillers reduce overall energy consumption and carbon emissions while being packaged in a compact format that saves bench and rack space. They are particularly suitable for product reliability testing applications such as electric vehicle (EV) battery discharge, fuel cell discharge, high-power power supply aging, DC EV power equipment (EVSE), on-board chargers, fuel cell engine systems, energy. storage systems (ESS), AC/DC and DC/DC power supplies, and power electronic devices and components.
The Chroma 63800R series offers high-precision switching AC electronic loads with industry-leading power density, achieving a maximum load capacity of 15 kVA in a compact 3U chassis. Precise bidirectional power source technology enables energy recycling with up to 89% efficiency. With highly precise, digitally controlled frequency and phase locking, the Chroma 63800R series provides single-phase and three-phase charging modes within a single unit, suitable for load testing of various types of AC sources or inverter products such as residential/commercial power supplies. grid photovoltaic (PV) inverters, uninterruptible power systems (UPS), AC EVSE, and more.
THE Chroma 61800 Series Grid Simulator with optional regenerative AC charging, features four-quadrant output and power line disturbance (PLD) simulation capabilities, suitable for renewable energy applications such as solar PV inverters, ESS, power conditioning systems energy (PCS) and EVSE. This solution significantly reduces the power consumed during power supply testing through efficient energy recycling. Additionally, it offers optional regenerative AC charging functionality, combining voltage and current source functions in a single unit. The instrument can feed the energy produced during testing back into the grid during load testing and aging testing, providing a highly efficient power-saving testing solution.
THE The Chroma 62000D series is a three-in-one bi-directional DC power source with solar panel simulation and regenerative charging capabilities. It can feed absorbed energy back into the grid, aligning with trends in energy saving and carbon emissions reduction, while providing functional versatility for PV inverter developers. Multiple units can be paralleled to increase power and flexibly deployed in R&D and production test system configurations. The solar panel simulation function comes with built-in IV models that comply with EN50530 and Sandia standards, and can simulate dynamic shadow curves and IV curve changes based on actual weather conditions. This makes it particularly suitable for verifying the performance of PV/storage inverters using battery SOC estimation against IV simulations of different real weather conditions across the planet.
Battery energy storage systems (BESS) play a vital role in the energy storage industry. The booming development of 1500V battery systems in this market results in more than 35% increase in energy density compared to 1000V battery systems. To ensure the safety, performance and reliability of these systems , reliable testing and verification technology is essential. THE Chroma 17040E Charge-Discharge Test System has already been widely adopted for battery system verification applications. It not only covers all testing needs of 1500V systems, but also can simulate the charge-discharge behavior of the power conditioning system (PCS) during automatic frequency control (AFC) and detect voltage changes into the battery cells during this process to check cell consistency. . Chroma’s system integration capabilities enable the integration of various devices, including battery management system (BMS) communication devices, data collectors and water cooling units, to meet all customer requirements. regulatory compliance testing. This not only improves the safety, performance and reliability of these battery systems, but also promotes their application in the renewable energy sector.
At Energy Taiwan 2023 (October 18-20), Chroma ATE will exhibit a wide range of testing solutions at Stand I1112 at Taipei Nangang Exhibition Center, Hall 1, Smart Storage Exhibition Area. Join us at our booth to discuss your needs with our experts and learn about the latest trends in testing and measurement.
View original content to download multimedia:https://www.prnewswire.com/apac/news-releases/chroma-ate-showcases-latest-test-solutions-to-power-net-zero-transition-at-energy-taiwan-2023-301953283.html
SOURCE Chroma ATE Inc.