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POWER
ENGINEERINGPower Engineering Example
POWER ENGINEERING
DIS/CREADIS Electrical engineers help our customers create innovative, sustainable and cost-effective solutions - From the initial Design phase through Development and Implementation followed by continuous Operation and Maintenance.
To ensure customer value, we understand the challenges and take the lead in component, system and plant-related design and development processes.
Explore our competence areas
Explore our competence areas within power engineering here...
We understand the technical challenges when converting energy through electrical machines. Development, system optimization, modeling & simulation are our key competences.
Systems and Components:
- Generators/motors
- Transformers
- Filters
Services:
- Sizing
- System design
- RCA's
- Test
- Validation
Tools and software:
- E-PLAN
- SEE electrical (Caddy++)
- DIgSilent Power Factory
- (Ansys Maxwell)
- Mathcad
- LTspice
- PSCAD
- ETAP
At DIS, we have experience in delivering innovative web applications to multiple industries and can assist with expert knowledge when it comes to deciding what software platform best accommodates your immediate and long-term business needs.
We value customer driven software development, which means that every project is an inclusive process, where the customer is offered complete transparency and co-determination throughout the project process. By including and frequently aligning with our customers, we ensure that every project is moving in the right direction, and that no time is wasted on non-value adding activities.
Understanding energy infrastructures well on global, regional, national and local levels ensures high quality design and engineering of distribution- and transmission systems is crucial for the current change in ….
Systems and Components:
- V/HV – substations, windfarms
- Switchgear/circuit breaker
- Transformers
- VAR compensation
Services:
- Sizing
- Relay settings
- Protection system design
- Cooling
Tools and software:
- E-PLAN
- SEE electrical (Caddy++)
- DIgSilent Power Factory
- Mathcad
- PSCAD
- ETAP
In compliance with local standards and special environment requirements.
Increasing diversity in power producer types leads to lower power quality and unstable power networks. We know the main sources and have the engineering capabilities to create compensating and stabilizing systems.
Systems and Components:
- Wind plants
- Solar plants
- Production facilities
- Test facilities
- EV chargers
Services:
Assessments of systems or components:
- Voltage dips/fluctuations/ asymmetry
- Brownouts/blackouts
- Flicker/harmonics/frequency variations
System simulations:
- Grid compliance (general and local regulations)
- Grid simulations
Tools and software:
- DigSilent Power Factory
- PSCAD
- PSSE
- Matlab
- ETAP
We understands the importance of a well-designed protection system to ensure high operational availability performance.
Protection concepts, design, documentation, implementation within:
High and middle voltage systems:
• Instrumentation transformers
• Switchgear implementation
• Insulation coordination
• System earthing
• Overvoltage protection
• Relay settings
- Distance relay (impedance)
- Overcurrent (definite time)
- Directional
In compliance with local standards and special environment requirements.
General Electrical design and engineering is a core competence within DIS/CREADIS. This ensures general high quality and value creation.
Services:
- Architecture concepts/detailed
- Implementation/integration
- Component selection
- Layout & Interface
- Simulation
- Short circuit calculations
- Heat dissipation calculations
Tools and software:
- E-PLAN
- SEE electrical (Caddy++)
- Zuken E3
- PCSchematic
- Design Base
- ETAP
Learn more about our wind turbine electrical system design capabilities.
Our cable design engineers understand the correlation between function, technical specifications, regulatory requirements and the installation environment, supplier landscape and cost drivers.
Services:
- General Engineering and Design
- Harness development
- Test review and verification
- Torsional Test
- Supplier validation according to standards and regulations
- Termination and splicing engineering
- Routing
In compliance with local standards and special environment requirements.
Within power conversion we tackle the challenges of driving, developing and modeling power converters for various applications, either to ensure correct electrical conversion but also to supply or convert thermal, photovoltaics, rotational or electrolytic power.
Concepts, design, documentation, implementation within:
- HVAC/HVDC
- Photovoltaics
- Wind
- Electrolysis
- Energy storage
- Fuel cells
- VFD
Services:
- Design
- Layout
- Modelling
- Control
- EMC
Simulation:
- Validation
- Termination
Tools and software:
- Matlab/Simulink
- PLECS
- LTspice
”We know your assets”. By combining our unique design track record with real experience, we reduce operational cost, increase output and remove technical pains.
Maintenance:
- Optimization
- Reliability Centered (RCM)
- Condition based monitoring
- CMMS System integration
Analysis:
- Failure mode analysis
- Root cause analysis
- Criticality/risk analysis
- Life cycle cost analysis
Services:
- FMECA Facilitation and execution
- Retrofits and upgrades
- Obsolescence
- 3D scanning
Documentation:
- Engineering change management
- Technical documentation
- Master data and RDS-PP
