VHB's Net+ tool enhances solar system site selection with AI and GIS technology.
VHB has launched Net+, a cutting-edge tool designed to streamline solar system site selection using advanced GIS technology and AI. This innovative solution significantly reduces the time and costs associated with feasibility studies, enabling organizations to make informed decisions on solar installations. By employing predictive modeling and 3D simulations, Net+ helps identify optimal land for solar projects, addressing environmental challenges and enhancing the planning process. As the architecture, engineering, and construction industry moves toward sustainable energy solutions, VHB’s Net+ tool emerges as a transformative force.
A groundbreaking tool called Net+ has been introduced by VHB, a design and engineering firm, to enhance the process of selecting sites for solar systems. This innovative technology leverages artificial intelligence, spatial analytics, and predictive modeling to streamline feasibility assessments. It effectively identifies parcels with optimal solar potential across expansive real estate portfolios, potentially saving millions in energy costs for organizations such as research universities, healthcare corporations, and transit agencies.
The implementation of Net+ can significantly reduce the time typically required for traditional solar feasibility studies. It estimates power production and the return on investment (ROI) for solar installations using historical data. Traditional methods often take weeks, but with the new tool, these assessments can be expedited drastically. This means organizations can make timely decisions regarding their solar investments, which generally offer lower costs for delivered energy than traditional utilities.
Under the guidance of VHB’s senior vice president of technology enablement, Steve Anderson, the company has boldly championed the use of enterprise mapping and analytics via Geographic Information System (GIS) technology. This robust application has been adopted company-wide by approximately 1,600 employees and integrates diverse datasets for refined analysis. The GIS technology facilitates the mapping and analysis of geographic data, which is crucial for effective site selection for solar installations.
The Net+ tool was developed with a collaborative team of GIS analysts, software programmers, energy experts, and engineers. Each member brought their specialized skills, ensuring the tool meets the highest standards of efficiency and accuracy. The integration of geospatial AI into Net+ also includes advanced technologies like deep learning models and building information modeling (BIM) software. This combination allows clients to visualize 3D simulations of prospective solar installations on their properties, promoting informed decision-making.
One of the standout features of Net+ is its capability to recognize critical land traits necessary for solar generation. It efficiently matches suitable land parcels with the corresponding type of solar installation while accounting for disqualifying factors such as floodplains and shadows in urban settings. This optimizes the feasibility study process, ensuring no potential site is overlooked based on critical criteria.
The development of Net+ was initiated in response to inefficiencies observed in conventional solar feasibility studies. The project’s swift timeline showcases its urgency and importance, with mapping workflows completed within six weeks and prototypes developed in nine months based on feedback from engineers. The quick turnaround reflects the growing need for efficiency as organizations increasingly seek renewable energy solutions.
Steve Anderson, who has a background in computer science and experience as a land surveyor, led the charge on this innovative project. His unique blend of knowledge allows him to bridge the gap between technology and real-world applications effectively. He approached the challenges faced in the solar sector through a familiar lens, applying insights gleaned from his early years playing golf. His focus on patience and perspective has successfully guided VHB towards digital innovation in the architecture, engineering, and construction (AEC) industry.
As the demand for renewable energy solutions continues to rise, tools like Net+ are positioned to play a pivotal role in aiding organizations to transition to solar power effectively. The potential for significant savings combined with a streamlined selection process makes this technology invaluable for major clients across various sectors. The future looks bright for solar energy installations, particularly with advancements in AI-driven technologies such as Net+.
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