STEADYSUN by Quos Group

STEADYSUN by Quos GroupBooth 3-B110-B

#windenergyforecasting #windfarm #renewableenergy #datadrivensolutions #steadyweb #steadysun

about us :

Steadysun offers cutting-edge solutions to accelerate the share of renewable energy in the electricity mix while reducing the costs and risks associated with weather variability.
 
Our expertise supports all stakeholders in the energy value chain throughout the lifecycle of their projects – grid operators, project developers, energy management system providers, power plant operators, off-grid microgrid operators, energy traders and aggregators, and research institutes.
 
The company’s core expertise is structured around several key areas:
Solar and wind energy forecasting
Cloud and atmospheric observation
Consulting on renewable energy and electrical systems
 
This expertise fuels SteadyWeb, our autonomous data-driven platform designed to optimize the management of your wind energy production by reducing operational risks, improving energy injection, and saving you time.
Accurate Forecasts: Access 15-day production and weather data, updated in real time.
Optimization: Refine forecasts with your plant specifications and real-time data.
Performance: Analyze forecast accuracy and estimate balancing costs.
Easy Integration: Connect our forecasts to your tools via API.
Simplified Management: Manage your assets and adjust your portfolio effortlessly.
Flexible Subscription: Low cost, high earnings

Wind forecasts

Wind farm production is highly dependent on topography and wind conditions, leading to natural variability. Our forecasting solution enables you to anticipate these fluctuations, reduce costs, manage risks, improve profitability and optimize maintenance.

Features :

-Essential weather parameters: Wind speed, wind direction, wind gusts

-Forecast horizon: Up to 16 days ahead

-Update frequency: Every 5 minutes

-Time granularity: 1 minute

Hindcast datas

Evaluate your forecasts in real conditions using past data. Our solution provides site-specific forecasts simulations, replicating the exact forecasts that would have been generated during a given period under operational conditions. Ideal for project preparation, and performance analysis.

Solar forecast

Accurate solar production forecasts are essential to mitigate risks and optimize energy management. Without reliable forecasts, variability in weather conditions can lead to unnecessary costs and operational issues. Anticipate fluctuations and turn variability into opportunity:

-Producers, maximize revenue.

-Operators, optimize maintenance.

-Traders, manage portfolios confidently.

-Grid operators, integrate solar energy efficiently.

Please enable all cookies to view the video.

CONTACT US

Caroline DeforeitCEO
18 Rue du Lac Saint-André, 73370 Le Bourget-du-Lac

E-mail : contact@steady-sun.com
Tél. : 09 70 75 34 16 / 06 61 22 21 75

Steady-Sun

CORNIS Inspection Blade & Data Management

CORNIS Inspection Blade & Data Management
Booth 3-B110-B

#Inspection  #WindTurbine   #BladeMonitoring  #On&Offshore  #AIAnalytics  #DigitalService 

about us :

Since 2011, Cornis has been a key player in wind turbine inspection and maintenance, offering a broad range of services to enhance wind farm performance. We develop cutting-edge technologies for Wind Turbines O&M. Having a large range of inspection services with automated UAV/ground-based instruments and AI trained on over 5 million images, we perform precise inspections while minimizing turbine downtime and efficiently analyzing images on our cloud-based platform, Blade Manager.
 
Cornis offers detailed inspections of external and internal blades, tower inspections, foundation inspections, and acoustic imaging, ensuring turbine performance and safety. Our advanced imaging technology, combined with AI and predictive analytics, provides real-time insights into turbine conditions, enabling effective maintenance planning.
 
Our services are available for both onshore and offshore sites. Whether conducting detailed blade inspections or assessing foundation and tower conditions, Cornis adapts its solutions to the specific challenges of each site. We also offer ongoing support, providing unique solutions for monitoring assets throughout their lifecycle.
 
Cornis is committed to delivering innovative, data-driven solutions that reduce downtime, lower maintenance costs, and enhance the overall safety and performance of wind farms globally.

SAM Technology /
Discover Cornis’ major innovation for 2025 at Wind Europe:

high-definition drone blade inspection, with No Machine Downtime! Save valuable time and optimize your inspections with this cutting-edge technology, delivering faster, more precise results, and No Production Interruptions.

Vibrational and Acoustic Imaging Monitoring : Vibrational and acoustic imaging monitoring is an innovative method used by Cornis to monitor turbine health. Combining vibration sensors and acoustic technology, we detect defects. Acoustic imaging creates thermal and sound maps, while vibration monitoring tracks mechanical changes for proactive maintenance.

Blade Manager :
Cornis developed Blade Manager, an advanced solution for optimal blade management. By combining regular inspections, real-time data analysis, and AI algorithms, it tracks blade conditions throughout their lifecycle. Blade Manager helps anticipate maintenance needs, improving wind farm performance and reducing operational costs.

CONTACT US

Alexandre DosdaCOO
1, Avenue Edouard Belin, 92500 Rueil-Malmaison

Email : contact@cornis.fr
Tél. : 33 (0)6 82 33 69 94

CORNIS

PRINCIPIA

PRINCIPIA
Booth 3-B110-B

#Innovation #floatingoffshorewind #engineering #conditionmonitoring #offshorewind #predictivemaintenance

about us :

World leading independent engineering company in the offshore energy sector since 1981, PRINCIPIA provides consultancy services to all stakeholders of the energy transition with a special focus on floating wind and solar activities.
 
Our main office is based in France, with strong deployment in Asia including offices in Malaysia and Japan, and an engineering hub in Taiwan with our partner MAA Consultants, to follow those countries with large ambitions to deploy floating wind technologies by 2040.
 
As world leading independent engineering and consultancy services company within the floating wind market, PRNCIPIA has been supporting for more than a decade the main actors of the floating wind industry including wind farm developers, EPCI contractors, floating platform technology providers, subsea power cable suppliers, and specific product developers.
 
With over 150 floating wind projects completed to date, including multi-disciplines and integrated engineering scopes from Pre-FEED to Detailed Design stage, PRINCIPIA has been involved on floater, mooring and power cable design work for any types of floating platforms including spars, semi-submersibles, tension leg platforms, barges and hybrid systems.
 
PRINCIPIA is also developer and distributor of state-of-the-art Software for the floating wind market: DeepLines Wind Software and and DTAm Structural Health Monitoring Software. 

15MW+ FOWT Multi-Disciplines Pre-FEED
 
Six (6) Engineering Pre-FEED performed in 2023-2024 (Undisclosed Clients) for floating wind platforms (steel and concrete) featuring 15MW+ wind turbines and including floater, mooring system and dynamic power cable design.  Projects located offshore Portugal / France / Taiwan / Spain / China.

FOWT Wind Farm Developers Tendering Support
 
20+ projects related to tendering support to wind farm developers (Undisclosed Clients) on ScotWind, A05 / A06 / A09 French Tenders, California leasing round, offshore Japan, including 15 to 25MW generic turbine setup, floater and mooring system conceptual design, shared anchor assessment, port infrastructures and temporary wet storage screening…

CONTACT US

Benoit CHASSEOffshore Renewable Energy – Project Director 
ZAC Athélia 1 – 215 voie Ariane – 13600 La Ciotat

E-mail : contact@fondation-open-c.org
etienne.pourcher@fondation-open-c.org
Tél. : 04 42 98 11 80 – 06 22 81 08 32

PRINCIPIA

FEBUS Optics

FEBUS Optics
Booth 3-B110-B

#CableMonitoring #DistributedFiberOpticSensing #PartialDischargeDetection #RealTimeThermalRating #EnvironmentalMonitoring #DynamicCableMonitoring

about us :

FEBUS Optics is the world reference in DFOS, distributed fiber optic sensing systems (DAS, DTS and DSS), to reduce the environmental impact of human activity, protect people, and optimize production.

FEBUS provides state-of-the-art devices and turnkey solutions based on its patented technologies, developed by its R&D department. Backed by its expertise, its highly qualified and experienced team, and its dedicated Test Center, FEBUS Optics combines excellence and reliability to meet the most complex challenges across various application fields.

Internationally established, FEBUS offers customized equipment and a wide range of worldwide on-site services, such as cable monitoring, pipeline monitoring, monitoring of geothermal, CO2 or oil and gas wells, structural health monitoring, seismic acquisition, natural hazard monitoring, intrusion detection.

FOGrid is the Distributed Fiber Optics Sensing solution from FEBUS Optics for cable monitoring: real-time detection and precise localization of thermal events (hot spots RTTR), electrical events (partial discharges), and mechanical events (fatigue, free spans) during deployment of the cable and its operation.

The FEBUS A1 is a DAS device (Distributed Acoustic Sensing) to perform vibration measurement. Offering a state-of-the-art sensitivity, it provides the longest range of the market. The FEBUS A1 is available with a single channel and with the Dual-channel option.

The FEBUS G1-C is a DTSS device (Distributed Temperature and Strain Sensing) to perform temperature and strain measurement. As a portable unit, it is equipped with wheels to be easily moved on the field and is optimized for harsh environments.

CONTACT US

Etienne ALMORICCEO

E-mail : desiree.arrizabalaga@febus-optics.com
info@febus-optics.com
Tél. : +335 64 27 07 43

Febus Optics

GreenWITS

GreenWITS

Booth 3-D110-C

#optimization #layout #performance #digital #LTE #control

about us :

GreenWITS was funded in June 2023, leveraging IFPEN’s knowledge and expertise in offshore wind, garnered over a decade of research and innovation. Our mission is to offer advanced simulation and high-tech digital services to wind farm developers and operators, equipment suppliers (e.g. foundations). By combining advanced simulation and data analysis in its digital offerings, we aim to make the most of data modeling and analysis techniques like machine learning to increase the value of wind farm projects and assets throughout their lifetime. Based on more than 12 years of IFPEN R&D under exclusive license, a continuous co-developing partnership, and an experienced team, we propose offers of the highest technological level. Presently 5 : Optimized wind farm design, Turbine and foundation engineering, Performance and SHM Digital monitoring of wind farm assets, Wind farm control,  which globally cover the needs of a project from the Design phase to O&M, up to LTE.

WIND FARM DESIGN : OptiWITS is a holistic and unique software solution designed to identify technically and economically optimized wind farm layouts. With our advanced optimization algorithms and physics-based modeling tools, we help you maximize performance while considering all specific project constraints.

PERFORMANCE ANALYSIS : GreenWITS provides advanced analytics by extracting all info from SCADA data. Analytics include wind farm digital twin and high-end tools. Experts can perform a deep dive into the data to quantify improvements and provide actionable results that can be used along project life and in specific context (EOW, upgrade, due dil.).

STRUCTURAL HEALTH MONITORING – LIFETIME EXTENSION : Gain valuable insights into the structural health of your assets with our digital monitoring. By combining data science and physics-based models, we derive KPIs to monitor the health of your assets, detect abnormal behaviour and determine their remaining life with limited or no additional sensors.

CONTACT US

Yann LepoutreSales and Business Development Director
 GreenWITS Rond-Point de l’échangeur, 69360 SOLAIZE

E-mail : contact@greenwits.com
yann.lepoutre@greenwits.com
Tél. :  +33 6 08 07 95 01

GreenWITS

WINDEAGLE-EPSILINE

WINDEAGLE-EPSILINE
Booth 3-D110-E

#wind_energy #data_analytics #performance_improvment #yaw_misalignment #rotor_imbalance #turbulence_intensity

about us :

Epsiline provides IoT and data analytics for optimisation through measurement of Yaw misalignment, Turbulence intensity and Rotor Imbalance, inter alia. These independent measures provide wind turbine productivity improvement, enhanced monitoring and asset life preservation.
 
The WindEagle is now present on all major continents, including China, Japan, India, Argentina, Brazil, Canada, Africa and throughout Europe, serving owners and operators with independent and high precision information.
 
Epsiline’s unique approach is done with the WindEagle including a high precision Laser and others sensors: accelerometer, magnetometer, GPS and a meteorological station.
 
The Laser is focused on measuring the wind directly in front of the blades where the wind matters (LiDAR Doppler technology). Epsiline’s core innovation lies with this compact and affordable LiDAR technology that makes precision accessible for all wind turbines. The WindEagle technology provides an average of 2%+ AEP improvement which leads to a payback time around 6 months. After working with us on several windfarm during one year, a customer can typically improve the revenues of its assessed portfolio of 1 m€+/year.
 
The WindEagle is an easily installed IoT on the wind turbine nacelle roof (4 installations/day) where live cloud data and analytics provide graphics, intelligible information, and email alerts.

WindEagle / Yaw Misalignment

Epsiline’s first focus is to minimize Yaw misalignment as it provides immediate returns when corrected. More than 66% of all wind turbines have substantial Yaw. A 8° Yaw misalignment for a wind turbine corresponds to 3% AEP loss. Within a few days we can identify the importance of static Yaw, correct the offset and then validate the Yaw correction.

WindEagle / Rotor Imbalance and Tower Frequency

Epsiline’s WindEagle is equipped with an accelerometer to measure vibrations, allowing for analysis to detect Rotor Imbalance, both aerodynamic and mass.  Correction of rotor imbalance can account for 1% increase in AEP. Measures of tower frequency provide analysis of foundations.

WindEagle / Turbulence Intensity

The WindEagle provides precise analytics on Turbulence Intensity on your wind turbine, allowing the implementation of various strategies to mitigate impact and improve productivity, including wake steering control strategy.

Other applications include: True North correction, Icing Conditions and Comparative Power curves for performance analysis.

Please enable all cookies to view the video.

CONTACT US

Murray DAWSONEU and UK Sales
+33 7 49 34 23 98 – +33 5 32 10 83 56

David NAVAS
VP Sales EMEA
+34 621 081 677 – +33 5 32 10 83 53

118 route d’Espagne, 31100, Toulouse, France

E-mail : contact@epsiline.com
Tél. : +33 5 32 10 83 50

Epsiline