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Båtskär wind farm

Båtskär's six Enercon E-70 turbines, 13.8 MW rated capacity, dated annual generation and grid-voltage context, with sources and illustrative energy paths.

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Reported facts and record scope

Inventory facts below come from Leovind — Batskar wind farm. Unknown ownership remains separate from the operator.

Country / territory
Åland Islands
Technology
Wind
Reported installed / rated capacity
13.8 MW
Owner in inventory
Leovind Ab
Operator in inventory
Leovind Ab
Commissioning year
Not reported
Source status
Operator-described station; current availability unverified
Upstream snapshot date
Not specified by the source
  • Turbines: 6 × 2.3 MW (sum: 13.8 MW)
  • Turbine model: Enercon E-70
  • Hub height: 64 m
  • Rotor diameter: 71 m

Sourced engineering details

The six Båtskär turbines owned by Leovind, not the company's other wind investments.

Installed or rated capacity (MW), generator apparent power (MVA) and annual electricity generation (MWh/GWh) describe different quantities. None is live output. No live telemetry is connected to this profile.

Generator / unit ratings
6 × 2.3 MW turbine ratings; 13.8 MW combined rated capacityEditorial calculation from reported records

Source period: Undated operator equipment page; 2010 VTT unit inventory

The farm total is calculated as 6 × 2.3 MW. These are active-power turbine ratings, not separately verified generator MVA nameplates, net exports or live output.

Grid connection voltage
Plant connection point not confirmed; Båtskär station shown as 45/20 kVUnconfirmed plant-specific value

Source period: Undated Kraftnät Åland transmission-network map

The grid operator classifies the nearby named station as 45/20 kV. This supplies network context, not a verified farm connection agreement, collector voltage or generator-terminal voltage.

Turbine type
Enercon E-70 wind turbinesReported source record

Source period: Undated operator equipment page

Leovind specifies a 71 m rotor diameter and 64 m hub height. Model identification alone does not verify every installed electrical component or later modification.

Annual electricity generation
37,835 MWh (37.835 GWh) in 2010Editorial calculation from reported records

Source period: Calendar year 2010; VTT Working Papers 178, published August 2011

Editorial sum of the six reported unit-production rows: 6,250 + 6,446 + 6,093 + 6,495 + 6,344 + 6,207 MWh. The separate estimated-average column is not used. This is a historical annual record, not present output; Leovind's newer 2007–2025 chart has no exact numeric labels.

Operating principle
Wind-driven rotor → electrical generation → gridReported source record

Source period: Undated operator equipment page; technology explanation is educational

The operator identifies the wind-turbine equipment. The energy path below explains the conversion principle only; wind conditions and availability make output vary below or up to the rating. No as-built wiring or protection scheme is supplied.

Illustrative energy paths

Teaching illustration — not an as-built plant diagram. This editorial diagram explains the sourced operating principle above. It is not to scale and does not show actual wiring, equipment locations, protection settings or an approved installation design.

Wind-to-electricity principle

  1. Wind
  2. Turbine rotor
  3. Electrical generator
  4. Power conversion & grid

Electrical conversion and grid connection are simplified. No plant-specific converter, transformer, cable route or protection arrangement is depicted.

Explore the generic technology model and explanation. That model is illustrative, not a reconstruction of this plant.

What the capacity describes

Leovind describes six turbines in the Båtskär archipelago. Each E-70 is rated at 2.3 MW, giving a calculated farm total of 13.8 MW. This adds turbine ratings; it is not a measured output or an annual generation figure. Leovind: six turbines and ownership.

Equipment and ownership

The operator specifies Enercon E-70 machines with a 64 m hub height and 71 m rotor diameter. Leovind identifies the Båtskär turbines as its own wind-generation assets; its stakes in other wind companies are separate from this farm. Leovind: turbine specifications.

Location and interpretation limits

Representative site point from Wikidata; individually reviewed operator facts. This is not a complete national inventory.

A representative coordinate is not a surveyed boundary or a grid connection diagram. Rated MW is not real-time output. Historical annual generation is separately dated; this profile does not verify current dispatch or availability.

Editorial references checked on . This review date does not refresh the compiled inventory or establish a new source publication date.

Inventory references

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