On Modelling and Sizing a Supercapacitor Energy Storage For Power System Frequency Control

(Technical study for connection of solar power plant SE Benkovac 3 (9990 kW) to the distribution grid)

(Technical study for connection of solar power plant SE Benkovac 2 (9990 kW) to the distribution grid)

(Technical study for connection of solar power plant SE Benkovac 1 (9990 kW) to the distribution grid)

(Technical study for connection of geothermal power plant AAT Geothermae (12 000 kW) to the distribution grid)

(Technical study for connection of solar power plant SE Hvar Grablje (9999 kW) to the distribution grid)

(Technical study for connection of solar power plant SE Novska (6000 kW) to the distribution grid)

Technical study for connection of solar power plant FN Grad Križevci (4900 kW) to the distribution grid

A Model Predictive Control Approach to Operation Optimization of an Ultracapacitor Bank for Frequency Control

Impact of Ultracapacitor Modelling on Fast Frequency Control Performance

Modelling of Supercapacitor Banks for Power System Dynamics Studies

Challenges of High Renewable Energy Sources Integration in Power Systems — The Case of Croatia

A model predictive control approach to operation optimization of an ultracapacitor bank for frequency control

Multi-energy Microgrid Ability to Provide Flexibility Services to the System Operator and Security of Supply to End-users

Technical study for connection of solar power plant Bogomolje (10000 kW) to the distribution grid

Technical study for connection of solar power plant SE Šestanovac to the distribution grid

Analysis of connection options of wind power plants in Zadar and Split area

Analysis of connection options of wind power plant VE Mala Zaba to the transmission grid

Analysis of connection options of wind power plant VE Ramljane and VE Orlic to the transmission grid

Analysis of connection options of wind power plant VE Otočac North to the transmission grid

Impact of wind capacity share, allocation of inertia and grid configuration on transient RoCoF: The case of the Croatian power system

Improved dynamic model of a bulb turbine-generator for analysing oscillations caused by mechanical torque disturbance on a runner blade

Analysis and Treatment of Power Oscillations in Hydro Power Plant Dubrava

Dynamic characteristics of virtual inertial response provision by DFIG-based wind turbines

Technical study for connection of solar power plant Konjščina (17000 kW) to the distribution grid

Technical study for connection of solar power plant Ivanec (15500 kW) to the distribution grid)

Technical study for connection of wind power plant Dazlina (19900 kW) to the distribution grid

Analysis of connection options of wind power plants in Zadar area expansion to the transmission grid

Coordinated Control of an Ultracapacitor Bank and a Variable-Speed Wind Turbine Generator for Inertial Response Provision During Low and Above Rated Wind Speeds

Optimizing the Grid Connection Scheme of the Wind Power Plant

Effect of Stochastic Variables on Balancing Mechanism

Technical study for connection of wind power plant Jasenice 2 (10000 kW) to the distribution grid

Technical study for connection of solar power plant Hrvace(9900 kW) to the distribution grid

Vibro-Acoustic Methods in the Condition Assessment of Power Transformers: A Survey

Technical study for connection of solar power plant Vrbnik(4500 kW) to the distribution grid

Technical study for connection of solar power plant Pliskovo (5000 kW) to the distribution grid

Technical study for connection of solar power plant Suknovci (8000 kW) to the distribution grid

Technical study for connection of solar power plant Suknovci (9900 kW) to the distribution grid

Analysis of connection options of wind power plant VE Otočac to the transmission grid

Effectiveness of Wind Turbine Fast Frequency Response Control on Electrically Distanced Active Power Disturbance Mitigation

Analysing Frequency Support from DFIG-based Wind Turbines-Impact of Parameters and Initial Conditions

Participation of wind power plants in power system frequency control

Towards the New Low-Order System Frequency Response Model of Power Systems with High Penetration of Variable-Speed Wind Turbine Generators

Technical study for connection of solar power plant Gornji Humac (2000 kW) to the distribution grid

Technical study for connection of solar power plant Dugopolje (10000 kW) to the distribution grid

Introducing low-order system frequency response modelling of a future power system with high penetration of wind power plants with frequency support capabilities

Technical study for connection biomass power plant BM Vocin 1 (1000 kW)

Technical study for connection coogeneration power plant Keter Bioel 2 (999 kW)

Technical study for connection of consumer (5077, 77 kW) with local production (1600 kW) Tvin d.o.o. to the distribution grid

The mathematical model of a wind power plant and a gas power plant

Concept of virtual inertia and frequency control in electrical power systems with high penetration of renewables

Participation of variable speed wind turbines in primary frequency control

Technical study for connection of network customer Spin Valis d.d. (2151 kW consumption ; 1418 kW generation) to the distribution grid

Inertial And Primary Frequency Response Model Of Variable-Speed Wind Turbines

Analysis of connection options of wind power plant VE Trnošćak to the transmission grid

Technical study for connection of biomass power plant Kogeneracijsko energetsko postrojenje na drvnu biomasu Donja Stubica (4960 kW) to the distribution grid

Technical study for connection of biogas power plant Popovac (2000 kW) to the distribution grid

Linearized Model of Variable Speed Wind Turbines for Studying Power System Frequency Changes

Technical study for connection of wood pellets production plant Peletana Klanjec (1500 kW) to the distribution grid

Technical study for connection of biomass power plant Kogeneracijsko energetsko postrojenje na drvnu biomasu Klanjec (1900 kW) to the distribution grid

The mathematical model of a wind power plant and a gas power plant

Technical study for connection of waste-to- energy power plant Kogeneracijsko postrojenje na gorivi otpad CIOS (3500 kW) to the distribution grid

Technical study: grid impact assesment for micro hydro power plant MHE Dabrova Dolina 1

Technical study - Protection setting for micro HPP Dabrova dolina

Detailed mathematical and simulation model of a synchronous generator