"We are using Bacula to backup a number of elements. One of them is the data from the SCOS 2000 application (the generic mission control system software of ESA). We also backup multiple environments related to the deployment of the satellite ground segments. We also have a lot of projects being backed up via Bacula: R D and RADAR projects, FOC (Flight Operation Control, i.e. satellite operation planning, and command and control of satellites), and more. We do both full and incremental backup, as well as archives. We are very satisfied with Bacula. The software offers us a consistent, reliable, and powerful platform, and all of this without licensing costs."
NFanjeau and CCovemaeke
Specialized tools to model the unique control characteristics of wind, solar, and battery energy storage systems (BESS).
: Load dynamic files ( .dyr ) that define the response models for generators, governors, and exciters.
When working with PSS®E, you will encounter several proprietary file formats that store different types of network data. Understanding these is vital for data management: siemens psse
PSS®E is designed to handle a variety of power system studies: Power Flow (Steady-State):
Models the grid’s response to major disturbances (e.g., lightning strikes, sudden generator trips) over time frames ranging from milliseconds to minutes. Understanding these is vital for data management: PSS®E
As grid-forming (GFM) inverter technology emerges to replace lost system inertia, PSS®E provides the simulation environment necessary to test and validate these control systems. Industry Use Cases
Features an extensive library of standard IEEE and vendor-specific models for generators, exciters, governors, wind turbines, and solar inverters. Siemens PSS/E is a powerful power system simulation
Siemens PSS/E is a powerful power system simulation software that has become an essential tool for power system engineers. Its capabilities, features, and applications make it an ideal solution for power system planning, design, and operation. With its advanced visualization and reporting capabilities, PSS/E enables engineers to communicate complex power system concepts and results to stakeholders. As the power industry continues to evolve, PSS/E will play an increasingly important role in shaping the future of power system simulation and analysis.
Evaluates the impact of connecting new power plants to the grid, ensuring compliance with strict grid codes. Key Features and Technical Advantages Automation via Python Integration
Released as the current recommended version, PSS/E V36 brings a transformative feature for dynamic model management. The key innovation is the ability to create . A user-defined dynamic model (UDM) DLL created using PSS/E 36 can be used in all future versions of the software without needing to be recompiled or rewritten. This eliminates a major pain point for utilities and original equipment manufacturers (OEMs), ensuring that model libraries remain compatible across software upgrades. The version also includes a built-in model conversion tool to easily upgrade existing dynamic model source code into the new format, reducing engineering effort and smoothing the transition path for organizations moving to newer versions.
Benefit from enterprise-ready open source backup software
