* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download wind energy training datasheet
Atmospheric convection wikipedia , lookup
The Weather Channel wikipedia , lookup
Global Energy and Water Cycle Experiment wikipedia , lookup
Space weather wikipedia , lookup
Numerical weather prediction wikipedia , lookup
Storm Prediction Center wikipedia , lookup
Lockheed WC-130 wikipedia , lookup
Automated airport weather station wikipedia , lookup
Severe weather wikipedia , lookup
Weather forecasting wikipedia , lookup
Surface weather analysis wikipedia , lookup
Wind power forecasting wikipedia , lookup
Training An introduction to meteorology for wind energy professionals The onshore and offshore wind industry is vulnerable to many different types of weather. It is possible to mitigate some risks and sometimes equipment or work schedules can be adapted to reduce the expected exposure — but weather can still prove very costly. People using weather information for their operational decision making can benefit greatly from an increased understanding of meteorology to help them interpret the information correctly. The Met Office College has developed this modular introduction to meteorology course specifically for the wind energy industry. Modular course overview Detailed module descriptions Aim Core module — weather regimes and weather fronts Localised wind effects To help professionals in the wind energy industry better understand and interpret meteorological information, so they can optimise operations and site safety. Understanding of weather regimes or airmass types is important to all sectors of the renewables industry. An airmass may cover a large area and persist for several days. In fact, most “daily weather” is actually “airmass weather”. By enhancing or reducing the general wind flow, local winds can have a significant impact on energy demand forecasting and production. This module describes the formation of some of these localised winds (e.g. sea breezes and katabatics), and examines wind flow around local obstacles. Who is this modular course for? Staff utilising meteorological information for operational decision making in relation to wind farms. However it will be of benefit to professionals in all sectors of the renewables industry. How to choose your modules Choose four modules from the list below: Available modules: • Core module – weather regimes and fronts • Weather hazards • General wind effects • Localised wind effects • Sea state The weather each airmass brings varies — some bring bitterly cold temperatures that force energy demand upwards, others bring clusters of heavy thunderstorms, making maintenance routines difficult. This core module examines airmasses that affect the wind energy industry, including airmass variations due to location, season, etc. • Maritime airmasses – Arctic, Polar and Tropical. • Continental airmasses – Polar and Tropical. Fronts are often associated with poor weather (e.g. damaging winds, heavy snow or rain etc.). Here we examine where and why fronts form, the weather they bring, and how to recognise differences between the following types of weather front: • Met Office forecasts • Cold fronts Other modules available upon request. • Warm fronts • Occluded fronts Other information • Exercise activities will be included during the day to consolidate the topics covered. • Certificates will be supplied upon completion of the course. • Courses can either be held at customer premises or at the Met Office College’s first-class training facilities in Exeter. • Courses held at the Met Office College in Exeter can include a tour of the Met Office headquarters including the Operations Centre. Sea state As wind farms increasingly become situated offshore, the value of understanding the marine environment is growing. This module will explain how waves form, swell, waves and tide interactions, and will describe how surge forecasts have radically changed in recent years. Met Office forecasts Our scientific capability has reached the point where forecast data can be indistinguishable from observational data. This level of detail enables opportunities for greatly increased forecast accuracy, but also brings an increased risk of misinterpretation. Knowing how a forecast is created, and how the confidence factor attributed to it is assessed, enables better decision-making and communication within the wind energy industry. This module will examine and explain a variety of relevant forecasts, including the most recent probabilistic ensemble-generated products. For advanced students, an explanation of split/upper fronts is also available. Weather hazards This module looks at several of the main weather hazards, how they affect the wind energy industry and what can be done to moderate their affects. Hazards include: Those that use the following Met Office services can have modules added to understand more about them and how to get more from them. VisualEyesTM VisualEyesTM is a web-based weather alert system to help monitor wind farm assets in the UK and Europe. • Thunderstorms – lightning Virtual Met MastTM • Strong winds • Snow • Freezing rain Virtual Met MastTM is a site-specific, hub-height wind prediction tool specifically designed for wind farm developers and consultants. • Poor visibility (includes fog formation and dissipation) Wind Production Forecast • General wind effects The Wind Production Forecast is a site-specific weather forecast to help customers accurately forecast future power outputs from wind farm assets. What causes the general airflow we know as wind to form? Why do winds often fade after dusk? This module examines those questions and explains turbulence, squalls, and gustiness. A practical exercise in interpreting winds from synoptic charts is included. Why choose the Met Office? • The Met Office is a world-leading provider of weather and climate services and is consistently one of the top two operational weather forecasting services in the world. • The Met Office has been providing meteorological tuition for more than 70 years and has earned a reputation for being a world-leading provider of weather and climate training. • Our team of more than 20 trainers is experienced in many fields including aviation forecasting, climate science, road forecasting, observing and marine forecasting. • The Met Office Hadley Centre is ranked as the number one geosciences research centre in the world. • With the Met Office’s extensive range of data and scientific expertise, you can be assured of receiving first-class forecast information. • Our Unified Model is recognised as one of the leading numerical models for weather forecasting. • Our supercomputer is one of the largest in Europe and carries out 127 trillion calculations per second. • Our training combines scientific excellence with hands-on experience and being situated within the Met Office headquarters means that you have easy access to some great facilities that can help you in your training. For more information about how our training courses can help with your planning and operations call 0870 900 0100 or email [email protected] Met Office FitzRoy Road, Exeter Devon, EX1 3PB United Kingdom Tel: +44(0)1392 885680 Fax: +44(0)1392 885681 [email protected] www.metoffice.gov.uk/training Produced by the Met Office. © Crown copyright 2014 14/0603 Met Office and the Met Office logo are registered trademarks