Industry Context — Common BS Fingerprints in Energy, Utilities & Environmental Services
Cloudberry
(https://cloudberry.no) 📸 Data Snapshot: May 29, 2026Analyze the raw signals below. How would a machine score this business’s credibility?
Here are the exact signals captured from up to six pages of the site — the same raw inputs the evaluation engine analyzed. They are grouped by signal type so you can weigh each the way the machine does.
🏗️ Semantic Structure — heading hierarchy & page identity (Info Density · Commodity Fingerprint)
HOMEPAGE We create clean renewable energy for future generations – Cloudberry (https://cloudberry.no)
We create clean renewable energy for future generations – Cloudberry
Alternate description
NAV_HEADER_HEADING_REPEATED_BODY Projects – Cloudberry (https://cloudberry.no/about/projects/)
Projects – Cloudberry
We develop, own, and operate hydro, wind and solar power plants and energy storage in the Nordic region. We are focusing on the high-price areas in the Nordics, with close proximity to interconnectors to Europe.
NAV_HEADER_HEADING_REPEATED_FOOTER Landowners – Cloudberry (https://cloudberry.no/about/landowners/)
Landowners – Cloudberry
Cloudberry eier, drifter og utvikler fornybar energi, med fokus på vind-, sol- og vannkraft. Vi samarbeider tett med grunneiere for å utvikle bærekraftige energiløsninger som fremmer miljøvennlig drift og langsiktig verdiskapning.
NAV_HEADER_HEADING_REPEATED_FOOTER Whistleblowing – Cloudberry (https://cloudberry.no/about/whistleblowing/)
Whistleblowing – Cloudberry
Whistleblowing is a positive practice
📝 The Narrative — clean text per page (Info Density · Semantic Coherence)
HOMEPAGE (https://cloudberry.no) We create clean renewable energy for future generations – Cloudberry
[H1] We are powering the transition to a sustainable future by creating renewable energy today and for future generations Learn more 288 GWh YTD production 0.99 kWh YTD production per share 64 043 tCO2e Avoided 220 gCO2e Avoided per share Production history 288 GWh YTD production 0.99 kWh YTD production per share 64 043 tCO2e Avoided 220 gCO2e Avoided per share Production history Wind See all wind projects Hydro See all hydro projects Solar See all solar projects [H3] Landowners By collaborating with us, you can actively contribute to shaping the future of your region and establishing the foundation for a more sustainable tomorrow. We are dedicated to listening to your needs and concerns, and we prioritize ensuring that our projects contribute meaningfully to local value creation and positive development.Information to landowners [H2] News [IMG: Getty Images 1211577048] 12. May 2026 [H3] First quarter 2026 report [IMG: Getty Images 1165381204 Recolored] 06. May 2026 [H3] Invitation to presentation of first quarter of 2026 [IMG: Getty Images 1211577048] 23. April 2026 [H3] Minutes from the Annual General Meeting 2026 See more news
SUB-PAGE (https://cloudberry.no/about/projects/) Projects – Cloudberry
News Our business model Projects Management team Board of Directors Career Landowners Whistleblowing [H1] Projects We develop, own, and operate hydro, wind and solar power plants and energy storage in the Nordic region. We are focusing on the high-price areas in the Nordics, with close proximity to interconnectors to Europe. Below you will find an overview of Cloudberry's operational power plants as well as plants under construction and development. Estimated production volumes, (P-50) are based on long historical measurements (typically 30 years for hydro) and indicate annual estimated production.The P-50 production estimate for the wind power plants is based on third-party calculations from specialists in wind analysis and production calculations. All projects are aligned to ensure accuracy and consistency. Asset type Status [IMG: Skjermbilde 2024 04 15 kl 14 49 30] [H3] Odin Wind Farm Location Danmark (93% in DK1, 2% in DK2) (6% in SE-3) Asset type Wind In operation Avg 2016. Gross installed capacity 133 MW (106 MW) Gross annual production 389 GWh (311 GWh) Ownership 80% Land lease remaining years > 100 (Owns the land) Status Producing Read more Odin is a high-quality portfolio primarily consisting of Danish wind assets located in the attractive DK1 price area. The portfolio comprises 51 operating Vestas and Siemens turbines, totaling 106MW (net to Cloudberry). The acquisition includes land, repowering options, and a well-established partnership with Skovgaard. [IMG: DJI 0368 Edit] [H3] Hån Wind Farm Location Sweden (Selling power in NO-1) Asset type Wind In operation 2022 Gross installed capacity 21 MW Gross annual production 74 GWh Ownership 100% Land lease remaining years 30 Status Producing Read more Hån Vindpark wind farm is located in Årjäng municipality, Sweden, near the Norwegian border. Marker wind farm is built on the Norwegian side of the border. Hån has 5 wind turbines with an installed capacity of 21 MW and an estimated annual production of 74 GWh. Construction of the wind farm began in August 2021, and the power plant is operational. [IMG: Panorama] [H3] Sundby Wind Farm Location Sverige (SE-3) Asset type Wind In operation 2023 Gross installed capacity 32.4 MW Gross annual production 89 GWh Ownership 100% Land lease remaining years 37 Status Producing Read more Sundby Wind farm (Kafjärden) is located in Eskilstuna municipality, Sweden. All 9 Vestas turbines are installed and operational. Expecting 80-90% of normal production in 2024 due to ongoing grid reinforcements. Project web site [IMG: Bøen] [H3] Bøen I & II Location Norway (NO-2) Asset type Hydro In operation 2016 Gross installed capacity 6 MW Gross annual production 18 GWh Ownership 100 % Land lease remaining years 40 Status Producing Read more Bøen I & II hydropower plants are located in Hjelmeland municipality in Rogaland, Norway and expected annual production is 18 GWh. [IMG: 210222 Vigelandsvatnet inntak 1] [IMG: Skåråna] [H3] Steinbergdalen Hydropower (Skåråna Kraft) Location Norway (NO-2) Asset type Hydro In operation 2022 Gross installed capacity 2.4 MW Gross annual production 8 GWh Ownership 100% Land lease remaining years 38 Status Producing Read more The hydropower plants, Steinbergdalen and Flatestøl (Skåråna Kraft), caame into production in 2022. [IMG: 210222 Vigelandsvatnet inntak] [IMG: Skåråna] [H3] Flatestøl Hydropower (Skåråna Kraft) Location Norway (NO-2) Asset type Hydro In operation 2022 Gross installed capacity 2 MW Gross annual production 7 GWh Ownership 100% Land lease remaining years 38 Status Producing Read more The hydropower plants, Steinbergdalen and Flatestøl (Skåråna Kraft) are in production from 2022. [IMG: Røyrmyra 04] [IMG: Røyrmyra 03] [IMG: Røyrmyra 02] [H3] Røyrmyra Wind Farm Location Norway (NO-2) Asset type Wind In operation 2015 Gross installed capacity 2.4 MW Gross annual production 8 GWh Ownership 100% Land lease remaining years 43 Status Producing Read more Røyrmyra Vindpark is a Norwegian wind farm acquired in 2019. The three Enercon turbines have a combined capacity of 2.4 MW and has approx. 3.500 full load hours a year, and an annual production of 8 GWh. [IMG: Maskinhallen Tinnkraft] [IMG: Tinnkraft] [H3] Tinnkraft Location Norway (NO-2) Asset type Hydro In operation 2008 Gross installed capacity 2,4 MW Gross annual production 6 GWh Ownership 100 % Land lease remaining years 58 Status Producing Read more Tinnkraft is situated in Tinn municipality. The hydropower plant has expected annual production of 6 GWh. [IMG: Odal Vind fotograf Eivind Røhne] [IMG: AL 1 Odal 211029] [IMG: Odal Vind fotograf Eivind Røhne 2] [H3] Odal Wind Farm Location Norway (NO-1) Asset type Wind In operation 2022 Gross installed capacity 163 MW (54 MW) Gross annual production 528 GWh (176 GWh) Ownership 33.4% Land lease remaining years 28 Status Producing Read more Odal wind farm and Siemens Gamesa have an ongoing program through 2024 to replace blades on the wind turbines.For more information about the Odal windfarm: https://odalvind.no/ [IMG: 4 IMG 0453 Kvitno] [IMG: 1 Kvitno IMG 0454] [IMG: 1 Kvitno IMG 0458] [IMG: 1 Kvitno Pelton] [IMG: 1 Kvitno BRUK DENNE] [H3] Kvitno Hydropower (Part of Forte portfolio) Location Norway (NO-2) Asset type Hydro In operation 2015 Gross installed capacity 9 MW (4.5 MW) Gross annual production 33 GWh (16 GWh) Ownership 49.99% Land lease remaining years Avg. 36 Status Producing Read more Kvitno hydropower is located in Odda, Vestland. [IMG: 7 Svardøla BRUK DENNE] [H3] Svardøla Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2019 Gross installed capacity 9.7 MW (4.8 MW) Gross annual production 29 GWh (15 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Svardøla hydropower is located in Luster, Vestland. [IMG: 8 IMG 2098 Setredalen] [IMG: 8 Setredalen 1] [IMG: 8 Setredalen rørlegging 2] [IMG: 8 Setredalen BRUK DENNE] [H3] Setredalen Hydropower (Part of Forte portfolio) Location Norway (NO-3) Asset type Hydro In operation 2019 Gross installed capacity 4.8 MW (2.4 MW) Gross annual production 20 GWh (10 GWh) Ownership 49.99% Land lease remaining years Avg. 47 Status Producing Read more Setredalen hydropower is located in Bremanger, Vestland. [IMG: 6 Eldao IMG 0856] [IMG: 6 Eldao IMG 0857] [H3] Eldao Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2018 Gross installed capacity 9.8 MW (4.9 MW) Gross annual production 29 GWh (15 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Eldao hydropower is located in Luster, Vestland. [IMG: Dam Anga] [IMG: HUG06692] [IMG: HUG06688] [IMG: HUG06686] [IMG: HUG06663] [IMG: Angedalselva HUG06677] [H3] Anga Hydropower (Part of Forte portfolio) Location Norway (NO-3) Asset type Hydro In operation 2019 Gross installed capacity 7.8 MW (3.9 MW) Gross annual production 22 GWh (11 GWh) Ownership 49.99% Land lease remaining years avg. 47 Status Producing Read more Anga hydropower is located in Førde, Vestland. [IMG: Tverrdalselvi kraftverk Fjærland 2] [IMG: Tverdalselvi HUG06703] [IMG: Tverdalselvi DJI 0038] [IMG: Tverdalselvi DJI 0013] [IMG: HUG06774] [IMG: HUG06727] [IMG: DJI 0056] [H3] Tverrdalselvi Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2020 Gross installed capacity 6 MW (3 MW) Gross annual production 17 GWh (9 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Tverrdalselvi hydropower is located in Fjærland, on the west coast of Norway. [IMG: Skeidsflåten Fjærland 2] [IMG: 13 IMG 2221 Skedsflåten] [IMG: 13 Skeidsflåten 2] [IMG: 13 Skeidsflåten 1] [IMG: Skeidsflåten Fjærland] [H3] Skeidsflåten Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2020 Gross installed capacity 4.8 MW (2.4 MW) Gross annual production 18 GWh (9 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Skeidsflåten hydropower is located in Fjærland, Vestland. [IMG: 9 Rusdalsåni 1] [IMG: 9 Rusdalsåni 2] [IMG: 9 Rusdalsåni BRUK DENNE] [H3] Rusdalsåni Hydropower (Part of Forte portfolio) Location Norway (NO-2) Asset type Hydro In operation 2019 Gross installed capacity 5.2 MW (2.6 MW) Gross annual production 18 GWh (9 GWh) Ownership 49.99% Land lease remaining years Avg. 36 Status Producing Read more Rusdalsåni hydropower is located in Lund, Rogaland. [IMG: 5 IMG 0555 Langedal] [IMG: 5 IMG 0557 Langedal] [IMG: 5 Langedal BRUK DENNE] [H3] Langedal Hydropower (Part of Forte portfolio) Location Norway (NO-3) Asset type Hydro In operation 2018 Gross installed capacity 3.0 MW (1.5 MW) Gross annual production 10 GWh (5 GWh) Ownership 49.99% Land lease remaining years Avg. 47 Status Producing Read more Langedal hydropower is located in Flora, Vestland. [IMG: 11 Botna Bygging] [IMG: Skjermbilde 2024 04 14 kl 22 07 59] [IMG: Skjermbilde 2024 04 14 kl 22 08 07] [H3] Botna Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2020 Gross installed capacity 2.0 MW (1.0 MW) Gross annual production 7 GWh (3 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Botna hydropower is located in Fjærland, Vestland. [IMG: 2 Strupen IMG 1510] [IMG: 2 Strupen inntak] [IMG: Skjermbilde 2024 04 14 kl 22 10 49] [H3] Strupen Hydropower (Part of Forte portfolio) Location Norway (NO-3) Asset type Hydro In operation 2017 Gross installed capacity 1.9 MW (1 MW) Gross annual production 7 GWh (3 GWh) Ownership 49.99% Land lease remaining years Avg. 47 Status Producing Read more Strupen hydropower is located in Gloppen, Vestland. [IMG: 4 Espeelvi 3] [IMG: 4 Espeelvi 5] [IMG: 4 Espeelvi 2] [IMG: 4 Espeelvi BRUK DENNE] [H3] Espeelvi Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2018 Gross installed capacity 4.6 MW (2.3 MW) Gross annual production 9 GWh (4 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Espeeliv hydropower is located in Ullensvang, Vestland. [IMG: 3 Bråberg] [IMG: 3 Bråberg IMG 0341] [IMG: 3 bråberg inntak] [IMG: 3 Bråberg BRUK DENNE] [H3] Bråberg Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2018 Gross installed capacity 2.0 MW (1 MW) Gross annual production 6 GWh (3 GWh) Ownership 49.99% Land lease remaining years Avg. 51 Status Producing Read more Bråberg hydropower is located in Ullensvang, Vestland. [IMG: IMG 4234 540x360] [H3] Dyrdal Hydropower (Part of Forte portfolio) Location Norway (NO-5) Asset type Hydro In operation 2021 Gross installed capacity 3.2 MW (1.6 MW) Gross annual production 9 GWh (5 GWh) Ownership 49.99% Land lease remaining years Avg 57 Status Producing Read more Dyrdal hydropower is located close to Sognefjorden. [IMG: Øvre Kvemma5] [IMG: Øvre Kvemma4] [IMG: Øvre Kvemma2] [IMG: Øvre Kvemma] [H3] Øvre Kvemma Hydropower Location Norway Asset type Hydro In operation H1 2024 Gross installed capacity 8 MW Gross annual production 20 GWh Ownership 100% Land lease remaining years 38 Status Producing Read more Øvre Kvemma hydropower plant is located in Lærdal municipality in Vestland county. The expected annual production is 20 GWh (8 MW). [IMG: På site 2] [H3] Munkhyttan vindpark Location Sverige (SE-3) Asset type Wind In operation Q4 2024 Gross installed capacity 18 MW Gross annual production 60 GWh Ownership 100% Land lease remaining years 30 Status Producing Read more Munkhyttan wind farm is located in Lindesberg municipality, Sweden. Munkhyttan will have 3 wind turbines with an installed capacity of up to 18 MW and an expected annual normal production of up to 60 GWh. The power plant is under construction, and the wind farm is expected to be operational in the 4th quarter of 2024. [IMG: 20 Västermo bild A] [H3] Duvhällen Wind Farm Location Sweden (SE-3) Asset type Wind In operation 2028 Gross installed capacity 60 MW Gross annual production Approximately 150 GWh Ownership 40% Land lease remaining years 25 Status Ready to construct Read more The fully permitted Duvhällen wind project is located in price zone SE-3, an area with significant demand for new electricity production. Once operational, expected in 2028, the wind farm will generate approximately 150 GWh of renewable electricity annually. The project is being developed in partnership with OX2, one of Sweden’s most experienced developers. Project web site [IMG: Nees Hede] [H3] Nees Hede (Solar project) Location Danmark (DK-1) Asset type Solar In operation Expecting investment decision during 2024. Gross installed capacity Approximately 175 MW (ca 140 MW) Gross annual production Approximately 210 GWh (ca. 168 GWh) Ownership 89% Land lease remaining years 30 + 29 (option) Status Ready to construct [IMG: Karta projektområde] [H3] Björnetjärnsberget Wind Farm Location Eda kommun, Värmland, Sweden Asset type Wind In operation Potentially 2031 Gross installed capacity Ca 140 MW Gross annual production Ca 440 GWh Ownership Land lease remaining years Status Under development Project web site [IMG: IMG 4767] [H3] Vindpark Vänerhavet Location Mariestad, Götene and Gullspång municipality, Västra Götaland, Sweden Asset type Wind In operation Potentially 2032 Gross installed capacity Potentially 500 - 1000 MW Gross annual production Around 2 - 4 TWh Ownership Land lease remaining years Status Development paused Read more Cloudberry is investigating the potential of establishing an offshore wind farm in Lake Vänern. The project development is currently paused. Project web site [IMG: Älgfallet Nora strandpromenad] [H3] Älgfallet energipark Location Nora municipality Asset type Wind, solar, storage In operation Potentially 2031 Gross installed capacity Gross annual production 275 GWh Ownership Land lease remaining years Status Public consultation during May 2025 Read more In collaboratio
SUB-PAGE (https://cloudberry.no/about/landowners/) Landowners – Cloudberry
News Our business model Projects Management team Board of Directors Career Landowners Whistleblowing [H1] Landowners We actively involve and engage in the local communities where we operate, generating renewable energy, while fostering local value creation. Local Engagement At Cloudberry, we are committed to fostering partnerships that benefit both local communities and the environment. As a local landowner, you play a vital role in our collective endeavor to promote renewable energy and facilitate positive change. By collaborating with us, you can actively contribute to shaping the future of your region and establishing the foundation for a more sustainable tomorrow. We are dedicated to listening to your needs and concerns, and we prioritize ensuring that our projects contribute meaningfully to local value creation and positive development. Do you own land and want to contribute? To meet the world's future energy needs, we must harness renewable energy. To succeed, we need you as a landowner. Join our landowners and Cloudberry in realizing sustainable solutions and creating a better future for generations to come. [H3] Kontakt [IMG: Jon gunnar] Jon Gunnar Solli, jgs@cloudberry.no [IMG: Sebastian Preuse sorthvitt] Sebastian Prause, sp@cloudberryenergy.se
SUB-PAGE (https://cloudberry.no/about/whistleblowing/) Whistleblowing – Cloudberry
News Our business model Projects Management team Board of Directors Career Landowners Whistleblowing [H1] Whistleblowing Whistleblowing is a positive practice Whistleblowing involves reporting unethical or wrongful practices within the company to someone who can address them. Whistleblowing is beneficial both for the company and for society because it allows for the correction of wrongdoing. Individuals willing to blow the whistle are valuable assets to us. Whistleblowing is anonymous and a reported case will never be escalated without your consent. The reporting channel is open to internal staff, suppliers, contractors, contractors’ subcontractors, nearby residents and everyone else. To notify misconduct within the Cloudberry Group, access the Reporting Channel Whistleblowing. You may read our Whistleblowing Policy here
🛡️ Trust Signals — reviews, proof links, trust-theatre flag (Trust & Proof)
| Page | Reviews | Proof links |
|---|---|---|
| / (home) | 1 | 0 |
| /about/projects/ | 1 | 0 |
| /about/landowners/ | 2 | 0 |
| /about/whistleblowing/ | 0 | 0 |
🔗 Identity & Technical Layer — schema JSON-LD: identity chains, entity gaps (Identity & Authority)
Your Diagnosis
Before revealing the machine’s verdict, predict the BS score for each signal. Higher = more BS (more fluff, less verifiable substance). Drag each slider, then submit to compare your judgment against the engine.
Stuck? Reveal the heuristic lens — how the deterministic page-auditor reads each signal (no AI, pure pattern rules)
These are the structural rules a local, deterministic auditor applies — the same lens you can use to judge each signal. They describe what to look for, not this company’s result.
Classify each sentence as substantive or hollow. Grounding markers — numbers, currencies, dates, technical units, named entities — outweigh marketing adjectives. When fluff sits right next to hard evidence, the fluff is forgiven.
Pull the main entities out of the H1, then check whether they actually recur through the body. A page that announces one thing and then talks about another drifts. Headings with no real sentences underneath read as pseudo-substance.
Count trust words (review, testimonial, rating, verified) against real outbound proof links (Google, Trustpilot, Clutch, G2, Yelp). Lots of trust language with zero verification links is trust theatre. Unlinked logo galleries count against it.
Look at how much sentence length varies. Natural writing varies its rhythm; templated or mass-produced copy is statistically uniform. Very low variation reads as commodity content — unless unique named entities break the pattern.
Inspect the JSON-LD. Is there an Organization or Person schema, and does it carry sameAs links to real external profiles (LinkedIn, socials)? Missing schema or no identity declaration signals an anonymous entity.
Want to apply this lens yourself? The free BS Indicator Chrome extension runs these heuristic checks live on any page. Bear in mind it is a single-page, deterministic tool — it relies only on pattern rules for the page in front of it and does not perform the cross-page semantic correlation this audit uses, so its readout is a starting lens, not the full verdict.
Based on 568 businesses audited.
Energy, Utilities & Environmental Services BS: Cloudberry (cloudberry.no)
Cloudberry is a rare example of a ‘Signal-Heavy’ site that actually has the hardware to back up the hype. While it indulges in ESG-style linguistics, the forensic data provided in their project portfolio proves they are a legitimate operator rather than a greenwashing shell. It is a high-substance utility company wearing a high-fluff marketing coat.
Implement Organization and Person schema to bridge the authority gap and link the leadership team to verified profiles. Replace the generic ‘Local Engagement’ fluff on the Landowners page with at least two specific case studies showing local financial payouts or infrastructure improvements. Add a third-party audit link or ESG verification badge to the production metrics on the homepage to move from internal claims to external proof. Ensure all ‘Read More’ links for projects are active and lead to technical deep-dives rather than just summary blocks.
The site perfectly aligns with the Energy, Utilities & Environmental Services industry, specifically focusing on renewable energy production (wind, hydro, solar) in the Nordic region. The content is heavily focused on asset development and operational production metrics, confirming its status as an IPP (Independent Power Producer).
“The score of 28 is driven primarily by the lack of technical schema and the use of industry-standard cliches in headings. The Trust and Proof pillar earned points due to the lack of external verification links for reviews, despite the high quality of internal data. The site avoided a high score due to the exceptional transparency and specificity of its Nordic energy asset portfolio.”
This training module utilizes a snapshot of public data from Cloudberry, captured on May 29, 2026, to demonstrate how machine logic evaluates different types of business narratives.
Purpose: This data is presented under “Fair Use” / “Educational Exception” for the purpose of forensic semantic analysis, allowing users to compare human intuition against machine-generated evaluations.
Notice to Cloudberry: This analysis is part of a non-adversarial audit conducted by 1 Euro SEO. The results provided by 1EuroSEO are intended as professional feedback to help improve any website’s machine-readability and authority signals. The 1EuroSEO BS Detection Tool is a free tool, and anyone can test any company to see how their content is interpreted by AI models.
Any company can use the insights for free and improve its voice by comparing it to industry clichés or competitors. When a company has updated its content, it can always submit a new audit request, which will be reflected in a new current score.
To all users: You are encouraged to visit the live site at https://cloudberry.no to view the most current version of its content and learn from the source what this company is about and what it offers.