Energy derived from the movement of air, harnessed using wind turbines to generate electricity.

The process of evaluating a location's suitability for wind energy installations based on various factors like wind speed and terrain.

The process of predicting the total costs associated with designing and implementing a wind energy system.

The specific amount of energy required by a business, influencing the design of the wind energy system.

Practices that ensure a business operates in an environmentally responsible manner while being economically viable.

A device that converts kinetic energy from wind into mechanical energy, which is then transformed into electricity.

Evaluation of wind patterns and speeds at a site to determine its potential for energy generation.

Energy from sources that are naturally replenished, such as wind, solar, and hydro.

Adherence to laws and regulations governing the installation and operation of wind energy systems.

The process of creating a tailored wind energy system that meets specific energy demands and site conditions.

Evaluation of the financial viability of a wind energy project, including cost-benefit analysis.

A strategic planning tool used to identify strengths, weaknesses, opportunities, and threats related to a site.

Involving interested parties in the planning and decision-making processes of a wind energy project.

The amount of electricity produced by a wind energy system, typically measured in kilowatt-hours.

A document outlining the financial requirements and justifications for a wind energy project to attract investment.

The series of steps required to obtain legal permission for constructing and operating a wind energy system.

The use of software tools to visualize wind patterns and assess site suitability for wind energy.

Identifying and analyzing potential risks associated with a wind energy project to mitigate them.

A tool used to ensure all regulatory requirements are met during the project planning and execution.

Programs and practices aimed at reducing environmental impact and promoting renewable energy use.

Using less energy to provide the same service, crucial for optimizing wind energy systems.

The ability to effectively communicate ideas and information in front of an audience, essential for project presentations.

A formal display of the design and analysis of a wind energy system, often including visual aids.

Information collected about wind speed, direction, and patterns, essential for site analysis.

Current developments in wind energy technology that influence system design and efficiency.