Latest News

How to Simulate Low Power Real World Grid Characteristics [VIDEO]

How to Simulate Low Power Real World Grid Characteristics

Manufacturers of new low power green energy products such as residential PV Inverters, Energy Storage Systems (ESS), and Electric Vehicle Supply Equipment (EVSE) and Bidirectional On-board Chargers (BOBC) need real world grid simulation to fully test their products. But how can this be done competitively since traditionally, regenerative grid simulators have been designed and priced for high power applications?

Chroma has thought this through and designed low power, high density Regenerative Grid Simulators and added them their 61800 series. Fully capable of providing power line disturbance (PLD) output waveforms, users can operate the 61800’s programming functions and simulate various power grid abnormalities and disturbance conditions required by international test standards. With this new release of regenerative grid simulators, the residential and EV industry is not burdened with high power grid simulators.

This webinar will highlight key features and functions of our new lower power Regenerative Grid Simulators and you will learn how they are used to evaluate performance, reliability, and safe operation of low power green energy products.

For more information please visit https://chroma1.wpengine.com/product/regenerative-grid-simulators-9kva-15kva-61809-61812-61815/

More Recent Posts

Chroma Grid Simulator Applied to AI Server ITIC Testing

Most ITIC test conditions (i.e. the yellow and green zones on the curve) are easy to achieve with Chroma test equipment. The 500% voltage surge test in the red zone poses a more significant challenge. To help users accelerate product development and validation, we conducted simulations using 105kVA Chroma 61800-100 Grid Simulators.

Read More »

Chroma’s One-Stop Battery Cell Charge/Discharge Test Solution Enhances Testing Safety

The Chroma 17010/17010H Battery Cell Charge/Discharge Test System has been adopted and endorsed by major battery cell manufacturers, automotive companies, and energy storage system providers worldwide. This is due not only to its high accuracy in charge and discharge measurements, low output noise, and multi-layered software and hardware safety features, but also to its flexible integration of control commands for safety-oriented environmental chambers.

Read More »

Leveraging Vehicle Models to Advance Battery Pack Development – Chroma Power HIL Testbed, Altair Vehicle Models, and Tron Energy Data

Chroma has partnered with Altair, a global leader in computational intelligence, and Tron Energy to launch an advanced dynamic battery charge-discharge testing collaboration. This project aims to enable verification and enhancement of battery performance and lifespan through leading-edge equipment and precise simulation technology.

Read More »