• Electricity Market Code
• The Croatian Electric Utility Company Benchmarking Project
• Power Quality
• Strategy for an Integral Network of Information Systems in Electricity Distribution
• Methodology and Calculation of Tariffs for the Utilisation of Power Transmission and Distribution Networks
• Transmission Network Planning in an Open Energy Market
• Optimal Planning of Medium-Voltage Electricity Distribution Networks
• Operational Planning of Medium-Voltage Electricity Distribution Networks
• Procedure for the Preparation and Construction of Electric Power Plants in the Republic of Croatia
• Allocation of Reactive Power Compensation Devices within the Electricity Network
• The Croatian Lightning Detection Project
• Analysis of Low-Voltage Networks and the Demand of Small Consumers
• Determining Criteria for the Selection of Optimal Grounding for Medium-Voltage Electricity Distribution Networks
• Identification and Recommendations for Resolving Technical and Technological Losses and Increasing Energy Efficiency in Hydroelectric Facilities
• Reconstruction of Dubrava Hydroelectric Power Plant
• Congestion Management in Transmission Networks
• System Operation With a High Level of Penetration of Wind Power Plants
• The Dispersion of Costs in Integrated Heat and Electricity Generation Facilities Owned by the Croatian Electric Utility Company
• Limit Price for Natural Gas for the Generation of Heat and Electricity in Croatia’s Electric Power System
• Cooperation with the Croatian State Office for Standardisation and Metrology

The aim of the project is to develop optimal planning procedures for the operation of MV electricity networks. In other words, the project should develop methods for determining optimal network topology, quantity and location of switching devices, and disposition and size of shunt capacitor banks.

Operational MV electricity distribution network planning (to be distinguished from long-term planning) involves activities aimed at improving network performance (loss reduction, improvement of voltage conditions, increase of network throughput, reduction of non-delivered electrical energy etc.) within the existing level of basic infrastructure. Each operational planning method needs to be valued on the basis of the relation between its cost and savings resulting from its application. Software tools are developed by developing adequate optimal methods and coding program packages for each individual operational planning activity. Their application allows the calculation of minimal total costs, i.e. the valuation of optimum effects of individual measures on the performance of electricity networks.