permitting

Marty Wilde « WINData LLC

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Marty Wilde

Principal Engineer

MS Engineering

Marty Wilde brings a long-term seasoned technical, scientific and utility business perspective on the wind industry. Mr. Wilde’s strategic thinking and engineering expertise, dating back to 1991, is highly respected by major utilities, investors and wind energy experts. Mr. Wilde is Principal Engineer and CEO of WINData and provides leadership to the WINData team in all areas of met tower design, siting, installation and wind data analysis. Mr. Wilde launched his wind energy business in 1991 to develop commercial wind projects and provide development services to the growing wind industry. He has worked as a project developer, managing engineer and scientist for numerous commercial and government teams since 1984 and has extensive experience supporting both public and private sector organizations.

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Personnel « WINData LLC

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WINData principals have been in the wind energy resource assessment business since 1991 and have initiated the identification and successful development of wind energy assets across the US over the past 21 years.

WINData provides master level services in: project management and supervision, proposal preparation and RFP response, landowner research, pursuit and execution of lease agreements within project areas, met program design and tower installation, environmental assessments and permitting, plant design/layout, wind resource reporting, turbine specification, plant output modeling, title research and mapping of sites, assistance with project financial modeling, financing application support and wind integration and forecasting data services.

WINData’s PE and CEO, Marty Wilde provides a long-term seasoned engineering and business perspective to the wind industry, which comprises strategic thinking and technical expertise dating back to 1991. Wilde is Principal Engineer and CEO of WINData, WINDataNOW! Technologies LLC and Wild Madrone, LLC and is a veteran Researcher, Project Engineer and Business Development Specialist.

WINData personnel offer expert services in wind energy development, also in design, development and installation of advanced meteorological measurement systems.

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Permitting and Mitigation « WINData LLC

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WINData provides services to facilitate site permitting and avian and wildlife impact mitigation in compliance with United States Fish and Wildlife Service (“USFWS“) guidelines with regard to impact issues. Reduction of risk begins with the initial site selection screening. Existing information is used to select sites that appear, based on a variety of available information,to be environmentally benign and have lower levels of avian and wildlife use. Our specialists determine species known to occur in the area, that may be specifically listed by the USFWS as threatened or as a “species of special concern”.

Once a site is chosen, additional site-specific studies can be conducted to determine whether portions of the site have relatively higher or lower avian use levels. That information is used in the siting of individual turbine locations. The reduction of avian risk is an extremely site-specific issue that is frequently referred to during the site design process.

In addition to reducing avian risk through siting decisions, the selection of technology and careful planning to minimize avian perching opportunities on wind farm equipment are essential. The use of tubular, rather than less-expensive lattice, turbine towers; the use of perch-free smooth nacelles; the undergrounding of power collection and communication cables; the use of tall towers and slowly rotating turbine blades all contribute to reducing avian risk on the site.

Turbines are set back from rim edges approximately 50 meters to avoid a zone of raptor use as well as of the rim edge. Similarly, based on its development experience, WINData uses tubular (rather than less expensive lattice) towers and underground power collection cables, in its plant layouts, to avoid creating avian perching opportunities.

Finally, WINData plant designs use large capacity wind turbines to reduce the number of turbines and increase the spacing between turbines and rows of turbines. The slower rotational speed for blades of the large turbines and the tall towers that raised the blades high above the ground may be particularly important factors in reducing avian risk.

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