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Building LCA in practice has never been faster and with maintained quality
A challenge with Life Cycle Analysis (LCA) for buildings is the sub-optimization of the lifecycle scope, where assessments often focus on specific phases, like construction, while other phases such as operation and maintenance are neglected. In addition, the lack of specific data for different building materials, energy sources, and regional factors can hamper the quality of the LCA, making it challenging to provide comprehensive and reliable assessments of a building's environmental impact across its entire lifecycle.
Our optimized building LCA tool offers a solution by enabling comprehensive analytics that include all life cycle phases. It automates data collection and processing, ensuring inclusion of the design, operation and final stages. In addition, it is provided with a database containing specific and up-to-date data for various construction products, energy sources and other factors. This data-driven approach increases the accuracy and quality of LCA calculations, enabling decision makers to make informed choices for sustainable builds.
Total control of the portfolio enables valuable insights and efficient reporting of data.
The absence of portfolio control in construction projects results in inadequate overview of multiple projects and limited adaptability, making it challenging for stakeholders to monitor progress, assess performance, and effectively manage different projects simultaneously.
A comprehensive portfolio dashboard for construction projects can result in several benefits. It provides organization members with a real-time visual overview of multiple projects, enabling effective progress assessment. Informed decisions can be made based on consolidated project data, optimizing resource allocation and risk management. In addition, the dashboard facilitates accurate reporting (e.g. scope 3), ensures effective communication of project data to all stakeholders, promotes transparency and accountability.
3D import and visualisation revolutionise how we perceive and interact with digital representations of buildings
The challenge of 3D models today includes complexity, significant manual labor requirements, and a limited basis of facts and decisional data support. Complex 3D models often require extensive interventions, which leads to inefficiency and low quality of substrates. In addition, the absence of comprehensive data limits informed decision-making.
AI-enhanced 3D import and visualization is revolutionizing the construction industry, simplifying complex processes, enriching pedagogy and accelerating decision making. Through automation, it reduces manual effort to create and update intricate 3D models, minimizing errors and ensuring accuracy. In addition, intelligent data connectivity to 3D models facilitates rapid decision-making during the design phase. Stakeholders can monitor progress, allocate resources, and assess compliance with specifications in real time, leading to informed choices that optimize project timelines and costs.
Making an energy calculation during the design process has never been easier
Energy systems are often attacked within a closed decision-making process. This is because it requires expertise and is handled in separate documents. This can lead to sub-optimization.
An integrated energy module in Prodikt, in the open project tool, streamlines and simplifies the decision-making process by providing a centralized platform for energy system assessment. It eliminates the need for different documents and encourages cross-disciplinary collaboration. This integration ensures that energy considerations are seamlessly woven into project evaluation, fostering holistic thinking and informed choices. As a result, it minimizes the risk of sub-optimization, increases efficiency and promotes the selection of energy-efficient solutions that are in line with the overall goals of the project, ultimately leading to more sustainable and cost-effective construction projects.”
Total control within projects and cost-effective specification and compliance.
Challenges in the construction process include discrepancies between design and construction, limited data for specification fulfillment, and the risk of choosing faulty, unqualified products.
The next version of the project tool will enable efficient specification fulfillment, real-time data availability, enhanced project monitoring and early stage analysis to ensure seamless integration of technical requirements, improving project efficiency and quality. With full tracking, audit functionality, and dynamic procurement requirements with automated fulfillment analysis, procurement and project compilation have never been easier.
Find answers to frequently asked questions about the next generation of Prodikts, its features and the benefits it offers.
Since the beginning of Prodikt, there has been a clear vision of what is to be achieved and what value it will generate for the construction industry. That each project should be able to ensure that what has been decided/designed and planned for is met and objectives are achieved with a natural integration of sustainability. The value that Prodikt generates in the next generation is largely the same, but the journey from specification to fulfillment will be optimized with many different new functionalities.
The next generation of Prodikt will be launched in early 2024. An exact date will be released shortly.
The project tool will meet the total needs of construction projects for product data and analysis in a cost-effective manner and give project members full control over the progress of the project.
The majority of the new functionalities are included in Premium Projects. The energy module is an activation, with a price that will be communicated at launch.
If you sign up for the Beta version, you will be able to test some of the features.