Design and development of a platform for prescribing, dimensioning and realizing distributed energy projects

而分布式能源(光伏面板、电池、充电管理等)对能源是至关重要的 在过渡时期，它们的部署因其实施的复杂性而受到阻碍。虽然价格是 设备在过去几年中显著下降，开发成本保持不变， 现在几乎占到了一个项目费用的一半。由于参数众多，拥有许多地理分布建筑的组织在定义和实施清洁能源计划方面存在困难。 专门为商业和机构部门设计的vadiMAP的使命(意思是 高级能源“)的目的是应对这一挑战，并支持管理人员设计、制定和实施能源多样化项目，以实现以下目标： 1.节能降耗 2.适应力和自主性增强 3.温室气体减排。 VadiMAP利用人工智能的最新进展来自动化数据收集和 分析以最佳价格生成最适合客户需求的配置。作为可在线访问的综合解决方案，支持vadiMAP客户端，从收集最低限度的信息到项目执行和执行情况监测。 简而言之，vadiMAP将是改造由集中式能源提供能源的传统建筑的最佳指南 (栅格)变成完全或部分净零纳米格栅。

While distributed energies (photovoltaic panel, battery, charge management, etc.) are crucial to the energy transition, their deployment is hampered by the complexity of their implementation. Although the price of equipment has dropped significantly over the past few years, development costs have remained constant and now represent nearly half of a project's expenses. Due to the multitude of parameters, organizations with many geographically distributed buildings have difficulties in defining and implementing clean energy plans. Specifically designed for the commercial and institutional sector, vadiMAP's mission (meaning "moving to My Advanced Power") is to address this challenge and support managers in the design, prescription and implementation of energy diversification projects in order to achieve the following: 1. Energy saving 2. Resilience and autonomy increase 3. GHG emissions reduction. vadiMAP takes advantage of the latest advances in artificial intelligence to automate data collection and analysis to generate the most appropriate configuration for the client's needs at the best price. As an integrated solution accessible online, the vadiMAP client is supported, from the collection of a minimum information, to project implementation and performance monitoring. In short, vadiMAP will be the best guide ever to convert a traditional building energized by centralized energy (the grid) into a full or partial net-zero nanogrid.