Solar Completed Featured

Solar Park Kozani

One of the largest photovoltaic installations in Northern Greece, delivering clean energy to over 15,000 homes while setting new standards for sustainable energy infrastructure.

Kozani, Greece
2023
Hellenic Energy Corporation

Project Image

50 MW
Installed Capacity
Total peak power generation capacity
85 GWh
Annual Production
Expected yearly energy output
15,000+
Homes Powered
Equivalent residential energy supply
42,000 t
CO₂ Saved/Year
Annual carbon emission reduction

Project Overview

The Solar Park Kozani represents a landmark achievement in Greece’s renewable energy transition. Spanning over 80 hectares in the Western Macedonia region, this utility-scale photovoltaic installation demonstrates our capability to deliver complex energy infrastructure projects from concept to commissioning.

Our team provided comprehensive engineering services throughout the project lifecycle, ensuring seamless integration of cutting-edge solar technology with the existing power grid infrastructure.

Our Approach

Feasibility & Planning

We conducted extensive site analysis including solar irradiance studies, geotechnical surveys, and environmental assessments. Our planning phase identified optimal panel configurations that would maximize energy yield while respecting environmental constraints.

Engineering Excellence

The detailed engineering phase encompassed:

  • Electrical Design: Complete DC and AC system design including inverter stations, transformer substations, and grid connection infrastructure
  • Civil Engineering: Foundation design optimized for local soil conditions and seismic requirements
  • Structural Engineering: Custom mounting system specifications for the challenging terrain

Construction Supervision

Our on-site team provided continuous supervision throughout the 27-month construction period, ensuring quality standards were maintained and project milestones achieved on schedule.

Technical Specifications

The installation utilizes bifacial monocrystalline panels with single-axis tracking systems, achieving an impressive capacity factor of 19.4%. The project incorporates advanced monitoring systems providing real-time performance analytics and predictive maintenance capabilities.

Environmental Impact

Beyond clean energy generation, the project includes significant environmental enhancements:

  • Native vegetation restoration across 15% of the site
  • Pollinator-friendly ground cover promoting local biodiversity
  • Rainwater harvesting systems for panel cleaning operations
  • Wildlife-safe fencing with designated crossing points

Outcomes

The Solar Park Kozani was completed on schedule and within budget, achieving first power export in June 2023. Performance data from the first operational year confirms energy yield exceeding initial projections by 3.2%, validating our engineering approach and technology selections.

Challenges & Solutions

Complex Terrain Integration

The site featured significant elevation changes requiring careful panel placement optimization.

Solution

Implemented advanced 3D terrain modeling and custom mounting systems to maximize energy capture while minimizing earthworks.

Grid Capacity Constraints

Local grid infrastructure required substantial upgrades to handle the new generation capacity.

Solution

Designed and supervised construction of a new 150kV substation with advanced power quality management systems.

Environmental Sensitivity

The project area bordered protected wetlands requiring careful environmental management.

Solution

Developed comprehensive biodiversity protection plan including wildlife corridors and seasonal construction restrictions.

Project Gallery

Project Details

Size
50 MW
Capacity
85 GWh/year
Budget
€45 million
Duration
27 months
Client
Hellenic Energy Corporation
Contractor
SolarTech Construction S.A.

Services Provided

  • Detailed Engineering Design
  • Environmental Impact Assessment
  • Construction Supervision
  • Grid Connection Studies
  • Performance Monitoring Setup

Tags

solar renewable utility-scale Northern Greece photovoltaic

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