Keysight SL1010A Scienlab BMS Environment
Highlights
The SL1010A Scienlab battery management system (BMS) Environment emulates conditions that enable you to test and improve BMS functions of enabling safety, control, and regulation functions.
As an established energy storage test system manufacturer, Keysight has a sound knowledge of Battery Management Systems (BMS) and batteries. Based on many years of engineering experience, Scienlab created a testing solution which leaves nothing to be desired
Key Features:
- Reproducible testing and optimization of the BMS
- Emulation of individual cells as well as modules and packs at cell level
- Validation of all BMS development steps with respect to hardware and software
- Testing of newly developed algorithms (balancing, SOC, SOH)
- Testing of fault cases (over-temperature, over-voltage, etc.)
- Tests with passive and active balancing circuits (Inductive and capacitive)
- Verification of measuring accuracy in various operating situations
- Validation of end products
SL1010A Scienlab BMS Environment
A BMS assumes important safety, control, and regulation functions. Those functions include monitoring parameters such as voltage, current, temperature, and state of charge (SOC). A BMS also regulates thermal management, energy management, cell balancing, and performance.
The modular system architecture enables individual compilation including ready-to-use cell-models. It also enables flexible control of the system. The emulators are implemented by standardized interfaces into hardware-in-the-loop (HiL) environments such as Vector or dSpace.
The SL1010A Scienlab BMS Environment from Keysight enables you to test and improve all the above-mentioned functions of the BMS during the BMS development. Instead of real cells, Scienlab Cell Emulators are connected to emulate various cell types including ready-to-use cell-models. The modular system architecture enables individual compilation and flexible control of the system. The emulators are implemented by standardized interfaces into HiL environments such as Vector or dSpace.
SL1010A Scienlab BMS Environment
A BMS assumes important safety, control, and regulation functions. Those functions include monitoring parameters such as voltage, current, temperature, and state of charge (SOC). A BMS also regulates thermal management, energy management, cell balancing, and performance.
The modular system architecture enables individual compilation including ready-to-use cell-models. It also enables flexible control of the system. The emulators are implemented by standardized interfaces into hardware-in-the-loop (HiL) environments such as Vector or dSpace.
The SL1010A Scienlab BMS Environment from Keysight enables you to test and improve all the above-mentioned functions of the BMS during the BMS development. Instead of real cells, Scienlab Cell Emulators are connected to emulate various cell types including ready-to-use cell-models. The modular system architecture enables individual compilation and flexible control of the system. The emulators are implemented by standardized interfaces into HiL environments such as Vector or dSpace.