Power System Engineering
Globally Ampner has references in several countries and we have an international and business minded team. Our 15 year experience began with wind power, followed by hydro power and during the last years PV solar, wave, tidal and bioenergy have become central areas of our expertise.
Why Ampner
TECHNOLOGY EXPERTIZE
Our senior staff have over 15 years of experience in renewable power systems and we developed power conversion technologies before it became mainstream in renewables. We have a deep knowledge of different power system solutions in renewable energy production. Ampner has designed and advised our customers on how to design power systems that ensure reliability and performance, considering the complex Grid Code Compliance requirements varying from one power network to another.
THE WAY OF WORKING
Our tools and working methods are top of the line. We utilize globally recognized simulation and calculation tools like DIgSILENT PowerFactory and PSS/E. We seamlessly integrate design, studies and testing in our work packages. A certain part of our work is done at our premises and at the customer office. Our experts will execute as planned on-site with a professional approach.
THE VALUE OF THE POWER SYSTEM ARCHITECTS
We are independent from OEMs, component and solution vendors. We change the game in the field of power system architecture by delivering:
– Smooth and trouble-free grid code compliance
– Unique and effective optimization of the power system architecture for cost savings and improved yield
– Solutions and know-how based on a wide and long experience in the renewable energy technology and market requirements
EXPERIENCE
Ampner can evaluate power systems from all perspectives, from the OEM, to the grid operators point of view. We assure the investors, the operators and the owners with a high-level of reliability.
Our offering in power system engineering
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PHASE 1Site Identification
and ConceptPHASE 2Feasibility StudyPHASE 3Permitting, Finance
and ContractsPHASE 4Engineering, Procure-
ment and ConstructionPHASE 5OperationTECHNOLOGY AND
REQUIREMENT EVALUATIONGrid code evaluation
Grid connection requirement advisory
Technical requirement advisoryGRID CODE COMPLIANCE SERVICECompliance process management
Documentation
Load flow studies required by grid code
Reactive power capacity etc.
Dynamic studies required by grid code
Fault-ride through, voltage control
dynamics etc.
Compliance testing and measurements
Validation simulationsPOWER SYSTEM DESIGNGrid connection concept design
Preliminary power system architechture
Protection, control and measurement
concept designPOWER SYSTEM DESIGNMain diagrams
Protection, control and measurement
diagrams
Power system dimensioning and
component selections
Earthing designPOWER SYSTEM STUDIESGrid connection concept design
Preliminary power system architechture
Protection, control and measurement
concept designPOWER SYSTEM STUDIESLoss studies
Fault current studies
Protection settings
Protection co-ordination
Power quality studies
Earthing studiesOptimization studies
Upgrade and retrofit studiesFIELD SERVICESSoil resistivity measurements
Earthing measurementsOptimization and
troubleshootingOptimization and troubleshooting