Wind Energy Forecasting engineering jobs with Skilleon

Wind forecasting is a technical project that focuses on accurately predicting the wind speed and direction in specific locations to maximize the efficiency of wind turbines. The project involves using advanced technologies, such as remote sensing devices and computer modeling, to gather and analyze weather data in real-time. By providing accurate and reliable wind forecasts, the project aims to improve the overall productivity and cost-effectiveness of wind energy systems. Wind forecasting is an essential component of the wind energy sector, and the project's success can significantly impact the industry's growth and sustainability.

Welcome to the project information section for the wind forecasting project, which is aimed at improving the accuracy of wind energy forecasting. In this section, we will discuss the project size, the professionals and companies involved in the project, the equipment and tools used, the project timeline, and the roles of different companies involved in the project. The wind forecasting project is an important step towards improving the efficiency and reliability of wind energy, which is an increasingly important part of the renewable energy industry.

Project size

A typical wind forecasting project can vary greatly in size depending on the specific needs of the client. The number of wind turbines, the size of the project site, and the complexity of the forecasting model can all affect the project size. On average, a wind forecasting project may require a team of 20-30 professionals, including meteorologists, engineers, data scientists, and project managers.

In terms of financials, the capex range of a wind forecasting project can vary depending on the scope of work. The cost of wind monitoring equipment, data acquisition systems, and modeling software can all contribute to the total project cost. In general, a wind forecasting project can cost anywhere from €50,000 to €500,000 or more, depending on the size and complexity of the project. This cost may include expenses for equipment, labor, software, and any other required resources.

Professionals and companies

A wind forecasting project typically involves a diverse group of professionals and companies with varying expertise. The number of people and companies involved in the project may vary depending on the scope and complexity of the project. Generally, a medium-sized wind forecasting project may require professionals from various fields, including meteorologists, data analysts, software developers, project managers, and others.

The companies involved in a wind forecasting project may include renewable energy companies, consulting firms, software development companies, and others. The specific roles and responsibilities of these companies may also vary. For instance, a renewable energy company may be the project sponsor or client, while a consulting firm may provide technical support and project management services. Similarly, a software development company may be responsible for developing and maintaining the forecasting software used in the project.

The specific jobs and roles of professionals involved in a wind forecasting project may also vary. For instance, a meteorologist may be responsible for analyzing weather data and developing forecasting models, while a data analyst may be responsible for processing and analyzing large amounts of data to generate forecasts. A project manager may be responsible for coordinating and managing the activities of various professionals and companies involved in the project.

In summary, a wind forecasting project involves a wide range of professionals and companies, each with their own specific roles and responsibilities. Effective coordination and collaboration among these professionals and companies are essential to the success of the project.

Lidar Sensors

These sensors utilize laser beams to create a thorough and immersive 3D depiction of the surrounding environment. Their importance lies in their ability to accurately forecast wind energy. Moreover, they play a crucial role in generating precise and intricate high-resolution forecasts.

SCADA

Supervisory Control and Data Acquisition (SCADA) systems are used to monitor and control wind turbines and other equipment in the wind farm.

Weather Stations

Weather stations are used to measure various weather parameters, such as temperature, humidity, and air pressure, which can affect wind behavior.

Drones

Drones are increasingly being used in wind forecasting projects to collect high-resolution data on wind conditions at different heights above the ground.

Computational Models

Wind forecasting models are complex computational models that use various data sources, such as weather data, topography, and historical wind data, to predict future wind behavior.

Anemometer

Anemometers are devices used to measure wind speed and direction at different heights above the ground. They are typically mounted on a tall tower or mast, and the data they collect is used to calibrate the wind forecasting models.

Phase 1

Initiative & feasibility

This phase involves identifying the need for wind forecasting and conducting feasibility studies to determine the viability of the project.

Phase 1

Phase 2

Design & planning

In this phase, the project team will determine the specific requirements for the wind forecasting system and develop a detailed design and implementation plan.

Phase 2

Phase 3

Engineering & tendering

Once the design and planning phase is complete, the project team will move into the engineering and tendering phase.

Phase 3

Phase 4

Construction

The construction phase involves installing the various components of the wind forecasting system, including meteorological towers, wind sensors, and data collection equipment.

Phase 4

Phase 5

Commissioning

Once the wind forecasting system is installed, the commissioning phase involves testing the system to ensure that it is functioning properly and meeting all necessary performance requirements.

Phase 5

Phase 6

Operations & maintenance

Ongoing management and maintenance of the Wind Energy Forecasting infrastructure to ensure it operates safely and efficiently.

Phase 6

Government

The government plays an important role in a wind forecasting project as they may provide funding, regulatory oversight, and policy guidance. They may also conduct research, collect data, and set standards for the industry. The government agency responsible for energy policy in the region may work with the client to develop regulations for wind energy projects, approve permits, and monitor compliance. Additionally, they may work with consultants to assess the environmental impact of the project and ensure that it meets safety standards.

Client

The client for a wind forecasting project is typically a renewable energy company or an independent power producer who is developing a wind farm. Their primary responsibility is to oversee the project and ensure that it is delivered on time and within budget. They work with a team of professionals to determine the technical requirements for the project, select the location, and develop the necessary infrastructure. They also work with contractors and suppliers to acquire the necessary equipment and materials for the project.

Consultant

A consultant for a wind forecasting project typically has expertise in meteorology, engineering, and/or data analytics. Their primary responsibility is to conduct site assessments, analyze data, and develop a model that accurately predicts wind speed and direction. They work with the client to develop a wind energy plan that maximizes energy output while minimizing costs. They also work with contractors and suppliers to ensure that the necessary equipment is installed properly and that the project meets safety standards.

Contractor

A contractor for a wind forecasting project typically specializes in the installation of wind turbines and related infrastructure. Their primary responsibility is to construct the project according to the specifications provided by the client and the consultant. They work with suppliers to acquire the necessary equipment and materials for the project and manage the construction process. Additionally, they ensure that the project meets safety standards and is completed on time and within budget.

Supplier

Suppliers for a wind forecasting project typically provide equipment and materials for the project. This can include wind turbines, towers, blades, and other related infrastructure. Their primary responsibility is to ensure that the equipment meets the specifications provided by the client and the consultant. Additionally, they work with contractors to ensure that the equipment is installed properly and meets safety standards. Suppliers may also provide ongoing support and maintenance for the equipment once the project is completed.

Wind Energy Forecasting engineering jobs

Project overview

Quick Navigation

Roles and techniques

Project information

Used equipment