Assessing Smart City Initiatives: A Case Study of Croatian
The smart city concept is increasingly represented in Europe, where many cities try to achieve as high a level of smartness as possible, through different smart city initiatives. Smart city
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The smart city concept is increasingly represented in Europe, where many cities try to achieve as high a level of smartness as possible, through different smart city initiatives. Smart city
• Development of new technologies in the area of smart grids from the aspect of energy efficiency; • Features of the EU Directive on electricity end-use efficiency.
f power distribution systems in a case study of a real-life power distribution grid in Croatia. The performance of the dynamic reconfiguration algorithm was validated in realistic simulation scenarios
Multiple case studies and scenarios are defined to assess the possibility of the distributed energy resources connection in the real-world low voltage network model using smart meter
The validation of the developed algorithm is conducted in a case study of a reallife distribution grid in Croatia. Realistic simulations show that large loss reductions are feasible (more than 13%),
Smart Grid Pilot Project, which will be implemented by HEP ODS by the end of 2022, refers to the digitalisation of a part of electricity distribution network in Croatia.
Croatia, focusing on key dimensions of smart city development. It has been proven that investing in key dimensions of a smart city: Population, technology, and institutions, generates revenue growth, eco
Distribution system operator HEP – Operator distribucijskog sustava (HEP ODS) has launched EUR 24 million Smart Grid Pilot Project which includes digitalisation of a part of the
The entire information system (application and database) were consolidated in 2007. The remote metering points reading system in Croatian Distribution System Operator contains technology which
Croatia Digital Diagnostic: Policy Brief Croatia has been struggling to boost productivity growth in recent years. Despite increased capital and labor productivity investments during the country''s EU
Leveraging digital transformation for a smart greening Croatia progresses in digitalising energy infrastructure and water management systems, supported by RRF investment. The country focused
With the support of Smartnet, Vertiv''s trusted partner, Hajduk recognized the critical importance of continuity in data communication and selected Vertiv™ Edge single-phase UPS
CASE STUDY The electrical grid considered in this paper constitutes a part of the electrical power distribution grid in the city of Koprivnica, Croatia. The grid comprises: 28 nodes, 1 transformer
The project which includes digitalisation of a part of the electricity distribution network in Croatia and creating conditions for integration of distributed sources.
The study focused on the implementation of distribution automation and smart grid solutions to achieve the targeted objective of decreasing the unavailability of customer supply.
After devastating earthquakes during March 2020 in the city of Zagreb, these kinds of projects are even more significant in a way that during development of master plans, Water safety
Croatian distribution operator HEP-Operator distribucijskog sustava has kicked off an HRK177 million smart grid pilot.
Many new technologies and techniques will be rolled out on this project, including power-flow prediction and control systems, an optimal supply of physical islands and an advanced approach to providing
The modernization of the Croatian electricity distribution system was just the beginning of what is now considered a successful and continuous path. It started by following market and customer
Increasing grid reliability with distribution automation At a glance The distribution system operator of Croatia Hrvatska elektroprivreda (HEP ODS) strives towards the implementation of a smart grid
Croatian operator of electricity distribution system HEP ODS presented the results achieved in the implementation of the Smart Grid Pilot Project in the distribution area of Elektra
Then the technical criteria f or distribution network planning in Croa tia are elaborated, according to the Croatian Grid Code and the standard pr actice of Croatia''s Distribution System
Validation of the developed algorithm is conducted on a case study of a real-life distribution grid in Croatia.
This means that a smaller number of binary variables is needed to formulate the problem allowing for implementation on even larger power grids. 5. CONCLUSION In this paper we presented