Improve Stability Operations in Kosovo´s Electrical Energy Distribution Network

Inhaltsverzeichnis (Table of Contents)

• ABSTRACT
• OVERVIEW
  • Energy technical losses in Kosovo
  • Energy technical losses in Europe
  • Northern Prishtina as a study case
    • Middle voltage network in SS 110/10(20)kV Prishtina 5
    • Low Voltage Network in northern Prishtina
    • SS 35/10kV Besia
• QUALITY STANDARDS
  • Voltage quality regulation in Europe
  • Voltage quality regulation in Kosovo
  • Technical losses and drop voltages in Northern Prishtina as a study case
• PREPARATION OF PROJECT AND CONTRACTS
  • Simulations with Gredos and Power Factory software
  • Data collections
  • Contractual arrangements
• POTENTIAL TECHNICAL DESIGN OPTIONS
  • Improve stability in middle voltage network - provide the transition from level of voltage 10kV into 20kV
    • Upgrade the cross section of the conductors and built lines for reserve supply
    • Transition from voltage level 10kV into 20kV.
  • Improve stability in LVN
    • Establishing phase symmetry
    • Rehabilitation of LVN
    • New SS 20/0.4kV
    • Compensation of the reactive energy
  • Besia SS 35/10kV
  • Summary of chapter 5 - priorities
• DISTRIBUTION MANAGEMENT RESOURCES
  • Project supports
  • Managerial approaches
  • Human Resources and Team Selection
  • Training Needs and Security Procedures
  • Communication with Internal and External stakeholders
• RISK MANAGEMENT PLANNING AND BUDGET ESTIMATES
  • Identify and mitigate risks
    • Strengths
    • Weaknesses
    • Opportunities
    • Threats
  • Budgeting and cost estimation
• DESIGN THE EVALUATION OF THE PROJECT
  • Determining cost benefit
  • Social benefits
  • Environmental protection
  • Growing interests of businesses
• DISCUSSIONS, FUTURE WORKS AND RECOMMENDATIONS
  • Technical Future Works
  • Financial Future Considerations
  • Northern Prishtina Recommendations
  • Activities in Long Term Plans
  • Future Project Selection Criteria
  • Recommendations Having Highest Priorities
  • Summary
• References
• Annexes

Zielsetzung und Themenschwerpunkte (Objectives and Key Themes)

This case study examines the stability issues within Kosovo’s electricity distribution network, specifically focusing on the northern region of Prishtina. The document aims to analyze existing problems, propose technical solutions, and outline a comprehensive plan for improving the network’s stability and performance. The study incorporates a robust risk assessment and cost-benefit analysis to support the feasibility of proposed solutions.

• Energy Technical Losses in Kosovo
• Voltage Quality Regulations in Europe and Kosovo
• Technical Design Options for Network Stability
• Risk Management Planning and Budget Estimates
• Evaluation and Recommendations for the Project

Zusammenfassung der Kapitel (Chapter Summaries)

• Chapter 1: Abstract: Provides a brief overview of the project’s aims and methodology, highlighting the focus on improving stability in Kosovo’s electricity distribution network, specifically in northern Prishtina.
• Chapter 2: Overview: Presents a contextual analysis of energy technical losses in Kosovo and Europe, highlighting the specific challenges faced in the northern Prishtina region. The chapter also provides a detailed overview of the existing middle voltage and low voltage networks within the study area.
• Chapter 3: Quality Standards: This chapter explores voltage quality regulations in both Europe and Kosovo, setting a framework for understanding the technical limitations and standards within the context of the study. It further analyzes technical losses and voltage drop in northern Prishtina.
• Chapter 4: Preparation of Project and Contracts: The chapter discusses the project’s preparation phase, detailing the use of simulation software (Gredos and Power Factory), data collection methodologies, and the development of contractual arrangements for project implementation.
• Chapter 5: Potential Technical Design Options: This chapter presents a range of potential technical solutions for improving network stability, including improvements to the middle voltage network (transition from 10kV to 20kV), measures to enhance the low voltage network, and proposed solutions for the Besia substation (SS 35/10kV). The chapter concludes with a prioritization of proposed technical design options.
• Chapter 6: Distribution Management Resources: The chapter outlines a comprehensive approach to project management, including project support, managerial approaches, human resource selection and training, and communication strategies with internal and external stakeholders.
• Chapter 7: Risk Management Planning and Budget Estimates: This chapter details a robust risk assessment process, utilizing the SWOT analysis framework (Strengths, Weaknesses, Opportunities, and Threats) to identify and mitigate potential risks during project implementation. The chapter also addresses budgeting and cost estimation procedures.
• Chapter 8: Design the Evaluation of the Project: The chapter outlines a comprehensive evaluation framework, encompassing the determination of cost-benefit, social benefits, environmental protection considerations, and the project’s potential impact on business interests.
• Chapter 9: Discussions, Future Works, and Recommendations: This chapter presents a discussion of future technical and financial considerations for the project, including recommendations for northern Prishtina and long-term project planning. The chapter concludes with a summary of the key findings and recommendations.

Schlüsselwörter (Keywords)

The key themes and topics explored in this case study include the stability of Kosovo’s electricity distribution network, energy technical losses, voltage quality regulations, technical design options, risk management, budget estimates, and project evaluation. The document further focuses on the northern region of Prishtina, highlighting the challenges and opportunities for improving network stability and performance. Specific keywords encompass energy distribution, voltage stability, technical losses, network design, and risk management.