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Energy & Utilities

CPV 314|Wind turbines

Wind energy installations, wind farms and associated components

Examples

Onshore wind turbinesOffshore wind farmsSmall wind turbines for municipal sitesRotor blades and nacellesWind farm maintenance and operationFoundation construction for wind turbines

CPV Code 314, Wind Turbines

What does CPV code 314 cover?

CPV code 314 (Wind turbines) classifies tenders related to wind energy in public procurement. This includes the procurement and installation of onshore and offshore wind turbines, small wind turbines for municipal sites, components such as rotor blades, nacelles and towers, as well as maintenance, operation and repowering of existing installations.

Wind energy is the backbone of the German energy transition. With over 30,000 onshore turbines and an installed capacity of approximately 60 GW, Germany is one of the world's leading wind energy markets. The public sector plays an important role, both as a direct client for municipal wind farms and as the licensing and planning authority.

The role of the public sector

In the wind energy sector, the public sector tenders various services:

  • Municipal wind farms: Some municipalities and utilities operate their own wind farms, tendering planning, construction and operation
  • Repowering: Older turbines are replaced by more powerful new ones, a growing market
  • Maintenance: Long-term maintenance contracts for existing municipal wind turbines
  • Land leasing: Municipalities lease land for wind farms, legally classified as concessions
  • Studies and planning: Wind assessments, environmental impact assessments, permitting planning

Market dynamics

The wind energy market is influenced by several factors including new legislation requiring 2% of land area for wind energy by 2032, accelerated permitting processes, a repowering wave as thousands of turbines from the 2000s reach end of life, and Germany's target of 30 GW offshore capacity by 2030.

How does Patterno help?

Patterno HIT monitors all procurement portals and identifies wind energy tenders, from turbine supply to maintenance contracts to planning and assessment commissions.

Your benefits:

  1. Tap the repowering market by systematically finding all tenders for replacing old turbines
  2. Municipal wind farm projects, learn about new municipal wind projects early
  3. Maintenance contracts, never miss long-term service tenders for existing installations
  4. Offshore projects captured via EU-wide TED monitoring

Related Glossary Terms

Current Tenders, CPV 314

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Photovoltaic systems for public buildings in Aleksandrów Łódzki

Photovoltaic systems with energy storage: Design, supply, installation, and commissioning of 9 systems in the Aleksandrów Łódzki Commune. Locations include: Municipal Office (Plac Kościuszki 2) with 45 kWp PV, min. 60 kWh energy storage, min. 2x20 kW (40 kW) hybrid inverters, mounted on a support structure; Municipal Office (Plac Kościuszki 4) with 20 kWp PV, min. 40 kWh energy storage, min. 1x20 kW (20 kW) hybrid inverter, mounted on a support structure; Janusz Korczak Primary School in Ruda Bugaj with 49.5 kWp PV, min. 100 kWh energy storage, min. 2x25 kW (50 kW) hybrid inverters, mounted on the roofs of two buildings; Primary School No. 4 in Aleksandrów Łódzki with 49.5 kWp PV, min. 100 kWh energy storage, min. 2x25 kW (50 kW) hybrid inverters, mounted on the building roof; Primary School in Rąbień with 30 kWp PV, min. 50 kWh energy storage, min. 1x30 kW (30 kW) hybrid inverter, mounted on the building roof; Olimpijczyk Municipal Swimming Pool with 97 kWp PV, min. 160 kWh energy storage, min. 3x30 kW (90 kW) hybrid inverters, mounted on the building roof; Municipal Kindergarten No. 2 in Aleksandrów Łódzki with 39 kWp PV, min. 60 kWh energy storage, min. 2x20 kW (40 kW) hybrid inverters, mounted on the building roof; Municipal Kindergarten No. 3 in Aleksandrów Łódzki with 42 kWp PV, min. 60 kWh energy storage, min. 2x20 kW (40 kW) hybrid inverters, mounted on the building roof; Primary School No. 1 in Aleksandrów Łódzki with 118 kWp PV, min. 160 kWh energy storage, min. 4x30 kW (120 kW) hybrid inverters, mounted on the building roof. The contract includes preparation of project documentation, obtaining all necessary permits and approvals, supply of PV panels, hybrid inverters, energy storage, and meters, construction and assembly works, commissioning, provision of monitoring applications, user training, registration with the local grid operator and State Fire Service, free technical inspections during the warranty period, and documentation of product and result indicators. Target product indicators are an additional electricity generation capacity from RES of 0.4900 MW, 9 built RES electricity generation units, 9 built solar electricity generation units, an electricity storage capacity of min. 0.79 MWh, and 9 electricity storage units. The result indicator is an amount of electricity generated from RES of 440.00 MWh/year, to be achieved after 12, 24, 36, 48, 60 months from final acceptance.

Gmina Aleksandrów Łódzki

·Aleksandrów Łódzki
Deadline:November 09, 2026

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