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Eolic Monitoring System: all in one wind farm power forecasting and monitoring platform

Eolic Monitoring System: all in one wind farm power forecasting and monitoring platform

Uncertainty is a common denominator for renewable energies. Uncertainty analysis is an important part of any assessment of the long-term energy production of a wind farm. Although an uncertainty analysis needs to be considered on a site-specific basis and need of specific data collected into ad efficient and user-friendly platform.

Eolic Monitoring System is the new realtime digital web based platform for: energy trader, grid manager, wind farmers operating worldwide. You can easy access at all the operation via an intuitive web interface to compare implants past and future energy production with past wind time series, future wind to have instanly the right percepition of what you know (past trend) to plan what you should know, the correct actions to be done knowing what is rightly predicted.


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Basic POWER NET Advanced NET-POWER-NET
Wind Farm requested data number, type, aerogenerators lat and long
hub height , power curves
number, type, aerogenerators lat and long, hub height
power curves , energy or SCADA data
Weather Models
Daily Updates
High Resolution 72-168 h
2-4 Worldwide
High Resolution 72-168 h
2-4 Worldwide
Power Model Type
Forecasted Parameters
Deterministic-Statistical
Forecast of the power implant on hourly basis in MW
Statistical-Neural
Forecast of the power implant on hourly basis in MW
Power Model Calibration
Optional wind farm data
Included if available measures
with energy archive and or measured wind
Included and periodical
compulsory energy archive , SCADA and or measured wind
Customer Control Panel
Webmonitoring
Customer Portfolio Managing, unavailablity tool included
Monitoring included
Customer Portfolio Managing, unavailablity tool included
Monitoring included
Output
Server
CSV, XML, WSDL, Webservice, API
Redundant H24
CSV, XML, WSDL, Webservice, API
Redundant H24
Set-Up Time 2-7 days 2-7 days
Trial Free 1 month Option
SIMULATION MODE Option Not Available
Nowcast Option Option
MeteoBrowser Option Option

High Resolution Wind Predictions

Wind Power Prediction

Weather conditions play an important role in the potential production capacity of power plants. Datameteo is one of the Italian leading independent supplier of weather information in energy field with a comprehensive range of products & services tailored to market needs.
Datameteo offers forecasting and environmental management services based on weather observation and forecasting, using a WRF-EMM (Eulerian Mass Model) and NMM ( Numerical Multi Model ) modelling, data extraction and visualization techniques. Our models differ from other solutions mainly in that they provide detailed information for any place on earth and for any height , into the lowest layers of the atmosphere.Using this approach we offer wind scouting services and tailor made solutions for the renewables energy sector.


Datameteo WRF 1 Km Datameteo WRF 3 Km Datameteo WRF 10-18 Km
Model Type EMM ed Ensemble
NEMS
NEMS
Area Domain Mediterranean
Europe
Usa, India, NZ
S America, Asia
Forecast Lenght
Updates
168 h
2-4
168 h
2-4
144 h
2-4
Step
10 min, hourly 10 min, hourly 10 min, hourly
Parameters
Included
Wind direction and speed,
Temperature, Density, Humidity,Precipitation
Wind direction and speed,
Temperature, Density, Humidity,Precipitation
Wind direction and speed,
Temperature, Density, Humidity,Precipitation
Other parameters
optional
Pressure
Icing
Pressure
Icing
Pressure
Icing
Output XML, CSV, API XML, CSV , API XML, CSV, API
Nowcast Option Option Option
MOS (Model Output Statistic) Option Option Option
Note Massive raw data extraction via latitude and longitude by API Massive raw data extraction via latitude and longitude by API Massive raw data extraction via latitude and longitude by API
Request us a quotation!


Weather Model Archive, Reanalysis, CFD (Computational fluid dynamics)

CFD

Our web weather-based energy forecast for specified areas based on an CFD modelization embedded in a WRF multi domain release, integrated with neural networks platform.

This approach creates "realistic" boundary conditions, represents typical wind patterns for the selected area, allows downscaling to the height level of potential wind turbines, and thereby increases the site assessment accuracy and wind energy predictions remarkably compared to existing approaches.
CFD technique coupled with mix of our expertise and software platforms is a plus to provide planning and evaluation services using field measurements, resource modeling, technology assessment (gross and net energy production estimate).


Datameteo Basic Reanalysis Datameteo Medium Reanalysis Datameteo CFD Professional
Resolution 1 Km
800 - 400 m
500-100 m
Scope Preliminary Scouting Preliminay on shore Assessment Advanced on shore-off shore Assessment
Area Avl
Worldwide
Avl
Worldwide
Worldwide:Area20x20 Km onshore (ris100 m)
Area 250x250 Km offshore (ris500m)
Included height
Range h available
3
20-150 m
3
20-150 m
5
20-150 m
Location included
Additional
1
Additional on quotation request
1
Additional on quotation request
Illimitate
inside domain area
Type Time Series
Wind Dir e Speed
Time Series
Wind Dir e Speed
Wind Frequency Sector
A, K weibull, Average Wind Frequency Speed Sector
Archive Lenght
Step
5 years
1 h
5-10 years
1 h -10 min
20 years
average
Other Parameters
included
Average Temp
Average Density
Average Temp, Average Density
Turbulence, Vref 50 years
Average Temp, Average Density
Turbulence, Vref 50 years
Output Report PDF, Dati CSV , KMZ Report PDF, Dati CSV , KMZ Report PDF, Dati WRG , KMZ
Expected Error 10-12% <7% <5%
Wind Aerogenerators Production On request On request On request
Note Reanalysis Entry level at very affordable prices Reanalysis for more complex terrains Reanalysis and CFD top level at interesting rates
Request us a quotation!