Home Products System and market analyses Forecasting and optimisation of RES production and energy storage systems

Products

Regulation systems
Automatic Voltage Regulators (AVR)Static Frequency Converters (SFC)Secondary voltage and reactive power regulation systems for generation sourcesVoltage and reactive power regulation systems in transmission and distribution networksGovernor and control systems for water turbines (TG)Voltage regulation / electrostatic precipitator automation systemsTransformer tap number converters
Supervisory control and data acquisition as well as transmission systems
Supervisory control and data acquisition (SCADA) and remote supervision systems for power plantsThe IEC61850 standardCommunication convertersEnergy clustersVirtual power plants (VPP)Energy storage systems
Smart Grid systems
Dynamic line rating systems (DLR/LRMS)Control systems for MV switches and switchgearsRemote power metering systemsControl and supervision systems for PV installationsTelemetry controller with short-circuit detection
System and market analyses
Grid impact studies for energy storage systems and RESDevelopment of mathematical models for regulation systems and control algorithmsDetermination of settings for voltage regulators and system stabilisers for synchronous generatorsForecasting and optimisation of RES production and energy storage systemsElectrical power system development planningEvaluation of the stability of electric power system(s) operationSupport for design works and specification of equipment parametersVerification of the connected facility in terms of its conformity to the requirements specified in Polish and European regulations
Research laboratories
RTDS Research LaboratoryLaboratory of Advanced Metering InfrastructureLaboratory of Electrohydraulic Devices

Forecasting and optimisation of RES production and energy storage systems

The Institute of Power Engineering, Gdańsk Division has extensive experience in forecasting and optimisation of RES production. The models are applied in analytical and research works carried out by the Division and they also constitute a product delivered to the Customers for their purposes. An implementation may include e.g. the following elements:

 

1. Applicable and pending formal and legal conditions

2. Installed RES capacity vs. connection capacity

3. Aggregation of various RES generation technologies and their aggregation with energy storage installations

4. Analysis of FPV potential power limitations

  1. FPV development area, taking into account the accessibility of the area for the foundation of the farm; restrictions related to the shading of the FPV area by the existing WF
  2. Competitiveness in access to WF and FPV power output infrastructure, taking into account the coincidence of meteorological conditions (historical data of the existing WF and the potential production from a new FPV)
  3. System topology of power output from WF; the possibility of using the WF internal network to connect FPV

5. Determination of available connection capacities for FPV

6. Variants of sharing the power output infrastructure by WF and the planned FPV

  1. Voltage level: HV, MV, LV
  2. Requirements for the power output coordination system
  3. Requirements for the provision of regulatory services of an aggregated generating unit
  4. Estimated financial projections of investments (WF / FPV / energy storage system).

 

Detailed information

Bogdan Czarnecki

(+48 58) 349-82-20

b.czarnecki@ien.gda.pl

Soda Tworzenie stron www - agencjasoda.pl
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