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Hydro Power Forecast (fluent) Implants

idro

Our Models are being used to analyze stream flow regimes, reservoir system operations, water distribution systems and a host of water resources management activities.

With more powerful computing systems, a greater number of economical remote sensing tools, and radar and satellite imaging, distributed hydrological models enable hydropower system managers to move beyond the spreadsheet, to embrace sophisticated analyses grounded on years of scientific research.
Our goal is to improve short term inflow forecasting knowledge through collaborative information sharing (radar nowcasting, weather reports, statistical data archive, weather models) combined with our very precise forecast output ( hourly or 15 min rain rate, evapotranspiration, melted snow fraction, soil humidity, model runoff etc..)


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
hourly hourly hourly<
Parameters
Included
Precipitation, Snow Fraction
Temperature, Humidity
Precipitation, Snow Fraction
Temperature, Humidity
Precipitation, Snow Fraction
Temperature, Humidity
Other parameters
optional
Soil Moisture
Model Runoff
Evapotranspiration
Soil Moisture
Model Runoff
Evapotranspiration
Soil Moisture
Model Runoff
Evapotranspiration
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!


The Hydro (fluent) Power Plant Forecast Platform

idro

Accurate operational inflow forecasting in combination with optimization tools can significantly improve the economics of your hydropower production.
Among its benefits, reliable short term stream flow forecasts from one day to 12 months ahead, combined with optimization can be used to increase the flood capacity of reservoirs, minimize spill, and maximize energy generation. Increasingly, hydropower system operators must balance high pools for recreation and drought protection, high releases for stream maintenance, and high availability for dependable capacity.

Fully utilizing optimization models can also reallocate water for power production during periods with higher prices or demand, thereby improving the economic value of the water in the reservoir.


POWER HYDRO AERIAL POWER HYDRO
Hydro Implants Requested Data implant lat e long, type, peak power
Weather Models
Daily Updates
High Resolutions72-168 h
2-4 worldwide
Power Model Type
Forecasted Parameters
Deterministic-Statistical
Power forecast of the implant on hourly step in MW
Power Model Calibration
Hydro implant optional data
Included and periodical
compulsory energy archive and or precipitation measures
Control Panel
Webmonitoring
Customer Portfolio Managing, unavailablity tool included
Monitoring included
Output
Server
CSV, XML, WSDL, Webservice, API
Redundant H24
Set-Up 7 days
Trial Option
Nowcast Option
Request us a quotation!


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