capability

wide area study

large-scale model
flow simulation
wind power density map

feasibility study

resource estimate
site assessment
project scoping

resource assessment

on-site wind monitoring
monitoring equipment
wind data analysis

turbine siting

site modelling
flow simulation
performance prediction
installation design

visualisation

visual impact
shadow flicker study
digitally rendered images
photo-montage

wind engineering

pedestrian comfort
pollution dispersion

resource assessment

The wind resource assessment is based on wind monitoring conducted on site for a period of at least 3 months, and high quality long-term wind data sourced from nearby weather stations. By combining these data with our Measure-Correlate-Predict (MCP) algorithm, we make a prediction of the long-term wind resource at your site. This enables a confident estimate of wind turbine performance, reducing project risk and allowing the client to make informed decisions about her investment.

on-site wind monitoring

3 - 12 month monitoring campaign, measured at one or more locations, and multiple heights.

Reduces risk by verifying resource estimates.

monitoring equipment

High quality anemometers and wind vanes measure wind speed and direction at a number of heights and locations.

Sensors are installed on 10 to 15 metre monitoring masts for conventional and building-mounted projects; instrumented booms can be installed on pre-existing towers if available.

High quality data logging equipment is supplied with remote data access capabilities.

All equipment is solar powered and ready for installation.

wind data analysis

Detailed data analysis yields mean wind statistics.

Verification of on-site prevailing winds is critical to turbine siting and installation design.

Diurnal and seasonal analyses indicate trends and variations in wind conditions.

Estimates the long-term wind resource on site using weather data measured nearby, with Cyclopic Energy's Measure-Correlate-Predict (MCP) algorithm.



Please e-mail us for a full capability statement.