Electricity generation from ocean energy technologies
Construction or operation of electricity generation facilities that produce electricity from ocean energy.
Use this ID
Electricity generation from ocean energy technologies (ACT-U-AUBJL8, act-id.io/act/ACT-U-AUBJL8)Use-of-proceeds verified as ACT-U-AUBJL8 — Electricity generation from ocean energy technologies{
"act_id": "ACT-U-AUBJL8",
"name": "Electricity generation from ocean energy technologies",
"url": "https://act-id.io/act/ACT-U-AUBJL8"
}ACT-ID.io. "Electricity generation from ocean energy technologies" (ACT-U-AUBJL8). Accessed [access date]. https://act-id.io/act/ACT-U-AUBJL8
@misc{actid_ACT_U_AUBJL8,
title = {Electricity generation from ocean energy technologies},
howpublished = {\url{https://act-id.io/act/ACT-U-AUBJL8}},
note = {ACT-ID.io registry entry ACT-U-AUBJL8},
year = {2026}
}Economic Activity
Electricity, gas, steam and air conditioning supply (NACE D35.11)
This ACT-U is used in these taxonomies 2
Each row is a taxonomy that binds this use-of-proceeds to one or more objectives. The coloured tags show the value-chain role (direct / enabling / transitional), the contribution sign (positive / neutral / negative), and the taxonomy's traffic-light classification where applicable.
EU Criteria 0
No criteria records yet.
Documents referencing this activity 1
Extra-financial documents on xframework.id (Second Party Opinions, bond frameworks, impact reports) that carry this ACT-U as one of their tagged use-of-proceeds. Click any row to open the document on xframework.id.
Related activities in other taxonomies 17
When two taxonomies describe closely-related activities that aren't identical, ACT-ID records the relationship here. Click any row to see the related activity.
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Cross-taxonomy equivalence via harmonised classification: Electricity generation from ocean energy technologies
Semantic mapping (confidence: 0.98): Marine renewables (wave, tidal, ocean energy) directly match electricity generation from ocean energy technologies with identical renewable energy scope.
Semantic mapping (confidence: 1.00): Perfect match: both activities describe electricity generation from ocean energy technologies including marine tidal, wave, and temperature/salinity difference energy.
Semantic mapping (confidence: 0.95): Ocean and tidal energy directly matches EU activity for electricity generation from ocean energy technologies.
Semantic mapping (confidence: 0.95): Ocean and tidal energy directly matches the EU activity for electricity generation from ocean energy technologies.
Semantic mapping (confidence: 1.00): Ocean energy electricity generation is identical in scope and technology between Hong Kong and EU taxonomies.
Semantic mapping (confidence: 0.95): Ocean energy electricity generation is explicitly covered by EU activity 4.4 'Electricity generation from ocean energy technologies' with identical scope and objective.
Semantic mapping (confidence: 0.95): Electricity generation from ocean energy directly matches EU activity for ocean energy technologies electricity generation.
Semantic mapping (confidence: 0.95): Ocean energy electricity generation matches exactly with EU activity for electricity generation from ocean energy technologies.