Charge enables engineers to analyze the electric field of an entire model without compromising to unrealistic simplifications, allowing them to simulate problems that were previously unsolvable. Based on the reliable Boundary Element Method, Charge accurately computes the electric potential and field distribution for complex structures. It breaks down the simulation process to just five discrete steps within a simple-to-use environment, leading to increased productivity and efficiency. Its parallelized algorithms deliver the results of an overnight process in minutes.
The high demands for accurate electric field analysis, combined with the increased complexity of modern high-voltage equipment, introduce new simulation challenges for improved accuracy, faster simulation time and an easy-to-use environment to serve the designer. This is where Charge exceeds by enabling "impossible simulations".
About Fieldscale
Fieldscale offers state-of-the-art simulation software for electric design and analysis, built from the ground up to support the constantly growing demands of engineers for accuracy and efficiency. Its cutting-edge algorithms are integrated within a simple, intuitive user environment to support the effortless design of great products.
Fieldscale solvers expand the boundaries of electric simulation as we know them today, enabling "impossible simulations". Find out more at www.fieldscale.com.
“Charge is a necessary tool for any result-driven engineer, providing an enormous speed up of the design process, reducing substantially the product’s time-to-market.”
–Yiorgos Bontzios, Ph.D., CEO
Fieldscale
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Key Features & Benefits
Design Like a Pro
- Design the model in the intuitive 3D CAD environment
- Write and load scripts to design models using our simple scripted language
- Import your files (.STEP, .IGES, .ACIS etc.) and use the healing options Charge provides
Analyze the Finest Details
- Get accurate results on the solid foundations of the boundary elements method
- Control the depth of your analysis with automated/adaptive or manual meshing
- Analyze the electric field of the whole model without compromises
Get Results Faster
- Exploit the new generation parallel algorithms
- Access hundreds of computing cores with a simple click
Get Meaningful Visual Results
- Instantly identify electric field peaks (hot-spots) and predict breakdowns with one click
- Easily filter the field and show only a user-defined value range
- Automatically get X-Y plots of E-field magnitude along user-defined lines or even curves
Gallery
Electric Field values over 500kV around a High Voltage Bushing, using the field-filtering feature [View 1]
Electric Field values over 500kV around a High Voltage Bushing, using the field-filtering feature [View 2]
Potential analysis of a Vacuum Circuit Breaker under 12kV
Potential analysis of a Transmission Line Disk Insulator with water droplets on its surface
Electric Field Strength plots along the radius of a Disk Insulator
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Industry Applications
In the energy industry, Charge enables engineers to design high-voltage equipment including electrodes, switchgears, bushings and insulators. It also satisfies safety standards by testing electrical breakdown and spark-over, preventing damage to equipment. In addition, Charge helps engineers design better and more efficient Lightning Protection Systems to protect buildings, aircrafts, wind turbine farms and more.
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