Energy Storage Systems
Whether using hydrogen, electrical, chemical, or mechanical forms, storing large amounts of energy for cyclical sources of power, such as wind, solar, and hybrid vehicle regeneration, is a challenge. Various technologies are emerging, including arrays of batteries, fuel cells, and ultra capacitors. These systems present new challenges in simulation, test, control, and monitoring. NI products can reduce cost and time to market in these areas by providing a uniform platform across the life cycle of an energy storage system (ESS). Isolated MeasurementsWhen working with a high-voltage ESS, it is difficult to take accurate measurements over high voltages. With common voltage ranges more than 300 VDC in end-point applications, a simple data acquisition (DAQ) device does not suffice. NI isolated DAQ products are ideal for taking measurements during product development, end-of-line tests, and in-product monitoring systems. Control Design and SimulationFuel cells, batteries, and ultra capacitors can be difficult devices to work with because their behavior is affected by many variables. Being able to model a complete system helps the design of safety and control systems. Implementing a good control strategy that operates an ESS in its optimal characteristics can greatly enhance its life, performance, and safety.
Hardware-In-the-Loop (HIL) SimulationAdvanced ESSs require complex controllers and management systems to ensure optimal performance, prevent thermal and electrical faults, and monitor individual cells for failures. Testing and verifying these controllers can be a challenge because it is difficult to recreate hazardous conditions. HIL simulation helps replicate signals for difficult situations to completely test and improve an ESS controller. Learn MoreAdditional ResourcesRelated Products |
