Are you seeking a cutting-edge solution for designing, analyzing, and optimizing electrical systems? Look no further! SimElectrical is here to revolutionize your approach to power system engineering.
With SimElectrical, you gain access to a powerhouse of features tailored to meet the diverse needs of electrical engineers and operators. Whether you're designing power systems for ANSI or IEC networks, simulating electric supply substations, or analyzing wind turbine performance, SimElectrical has you covered.
🔌 Power System Design Made Effortless: From high-rise buildings to rural distribution networks, SimElectrical empowers you to design robust electrical systems with precision and efficiency. Our intuitive interface and advanced simulation capabilities ensure error-free designs every time.
⚡️ Unparalleled Simulation Flexibility: Simulate offline or online scenarios with ease, allowing you to test and optimize your electrical systems before deployment. With features like distributed generation protection and microgrid design, you can tackle modern challenges head-on and ensure reliable performance.
📈 Optimize Performance, Enhance Reliability: Unlock the full potential of your electrical systems with SimElectrical's array of analysis tools. From optimal power flow and voltage stability analysis to harmonic assessment and ground loop impedance calculations, you have everything you need to enhance performance and reliability.
🛠 Seamless Integration, Real-World Applications: With SimElectrical, bridge the gap between simulation and implementation effortlessly. Convert your designs into printable formats for field execution, ensuring seamless deployment and minimizing downtime.
🔆 Embrace the Future of Electrical Engineering: Experience the next generation of electrical engineering with SimElectrical. Whether you're navigating renewable energy integration, optimizing power quality, or ensuring safety with arc flash hazard assessments, we're your trusted partner every step of the way.
SimElectrical is an electrical digital twin in order for electrical engineers and operators to perform following studies in offline or online mode:
- Power system design for ANSI and IEC networks
- Electric supply substation simulation
- Monitoring and feeder analysis
- Study of a DC network
- Open-phase fault analysis
- Diesel power plant analysis
- Combined cycle power plant analysis
- Wind turbine design and analysis
- AC/DC hybrid system simulation
- Harmonics in railway power systems
- Rural distribution system analysis
- Distributed generation protection
- Microgrid power system design
- Power system analysis of High-Rise Buildings
- Substation design and analysis
- Harmonic or power quality analysis
- Reliability
- Optimal power flow
- Power system stabilizer tuning
- Optimal capacitor placement
- Motor starting and acceleration analysis
- Voltage stability analysis
- Ground loop impedance calculation
- Battery modeling and simulation
- Arc flash hazard assessment
- DC Arc Flash Hazard Assessment
The software will help in design of electrical system for various needs like Steel Plant, Grid, Traction and Individual plant simulation even the simulation design can be realised into paper printing so that it could be executed on field error free.