High voltage
Compactness
High voltage needs distance for
a reliable operation.
But many plants must also be compact. I’ll help you with a compact design that works without flashings.
Triple point
The triple point is the biggest weak point in high-voltage build-up.
My design reliably protects it for trouble-free operation.
Kind of tension
Due to my broad experience, I find the ideal design for your high-voltage system from DC voltage to lightning.
My offer
Verification
Capture the current
situation
Create a model
(2D or 3D)
Simulation of electric fields
Evaluation of critical points
Create a report
Consulting
Optimization
Capture the current
situation
Definition of
optimization goals
Create an adaptive model
(2D or 3D)
Parametric simulation of electric fields
Optimization of the
designs
Review of
designs
Created from
recommendations
Consulting
Testing
Capture the current
situation
Set the test goal
Determination of
metrics
Definition of
test environment
(internal or external)
Specification of the structure
Execution of the test
Analysis of the results
Create a report
Components
Capture the current
situation
Creating the
specification
Evaluation of
Suppliers
Definition of
quality control
Consulting
Gas isolated spark gap
The spark gap for the generation of high voltage pulses is from maintenance and cost reasons completely isolated by the switching gas. This is a special condition for the insulation. Another constraint is the contamination of the insulation by the burned products and the life of the spark plug.
My contribution
Idea generation
Create an adaptive 3D model
Defining the boundary conditions
Analysis of the simulation results
Variant creation and evaluation
optimization
Model transfer for mechanical detailing
Breakdown analysis high voltage feedthrough
In A machine suffered electrical breakdowns. After detailed analysis, the fault was in a high voltage bushing. The oil-filled machine was therefore opened. The bushing had a breakdown through the insulator. A CT scan revealed an embedded metal particle as the cause.
My contribution
Analysis of the error situation
3D simulation of the implementation
Organization of CT examination
Interpretation of the CT results
Recommendation for quality control
Reporting
Capacitance capability test
Capacitors are highly loaded in a pulse system. On the one hand by the high peak currents and on the other hand by the voltage reversal. A design was created in which the capacitors can be evaluated at lower voltages but with the same current and voltage loading in a long-term test.
My contribution
Selection of suppliers
Create specifications for different applications
Design and construction of the test environment
Definition of the test program
Perform the tests
Preparation of a comparative study with recommendations
