Woodward’s easYsim simulation tool revolutionizes power system testing by creating digital twins of complex setups, including gensets, breakers, and renewable integrations such as Battery Energy Storage Systems (BESS) and photovoltaic (PV) systems. Standard models are… Read More
Woodward’s easYsim simulation tool revolutionizes power system testing by creating digital twins of complex setups, including gensets, breakers, and renewable integrations such as Battery Energy Storage Systems (BESS) and photovoltaic (PV) systems. Standard models are designed for cost-effective training and onboarding, making it safer and more economical to test on virtual systems. Custom scenarios simplify commissioning by enabling precise testing of applications with specific single-line diagrams. EasYsim supports system behavior testing, load sequencing, synchronization, and grid failure simulations, helping to reduce costs and streamline project timelines. Read Less
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Features
Create your own:
Sequences: increase and decrease power consumption, grid failure and grid power return
Charts: data analytics to meet your needs
VNC to visualize controls: interconnect to gensets in the simulation with a VNC client on various devices within your network
Remote panel RP-3000XT
Any laptop with a VNC viewer
Any smartphone with a VNC viewer app
Applying loads based on your own requirements with your own load profiles
There is a simulation of gas/diesel gensets with standard genset models
Simulation is similar to building real gensets for a factory acceptance test
Simulate real life operational behavior
Only minor modifications between simulation and reality
Utility forming/following
Import/export control
Synchronization and dead bus bar closure
Photovoltaic with different loading scenarios
Sequencing of gensets under different loading scenarios
Verify parameterized logic
Product Variants
10-059-783 easYsim – 3 MONTHS ACCESS (NO SUBSCRIPTION) used for one Email address
Custom scenarios available upon request
Your single line diagram (* requires a minimum level of software engineering)
