Developing Post-Design System Control Technologies for Integrated Space Heating Systems

综合管理及现实有限公司提供全面的投资真实的房地产服务，专门从事 从开发和施工前规划到短期和长期投资，我们提供一系列服务。之一 IMR的客户运行一个集成的供暖系统，其中地源热泵由太阳能辅助， 热力系统和排水热回收系统。根据监测数据分析， 改进现有系统控制算法的潜力。基于传感器的监测系统以前是 2013年设计并实施了供暖系统。根据两年收集的数据， 研究目标有三个：（1）在分析系统设计后控制算法的基础上， 现有的系统控制算法;（2）模拟现有的和提出的系统控制算法;以及 (3)实施系统控制。通过开发的工具，IMR将能够咨询建筑物业主， 改变他们的建筑系统控制，以节省能源和成本。更广泛地说，我们注意到， 加拿大很大一部分能源是由于建筑管理不当而消耗和浪费的 能源系统效率低下。了解集成供暖的性能至关重要 利用不同的可再生能源并了解其在不同环境中的性能的系统 在寒冷气候条件下的应用。这样的理解可以应用于增强 建立控制和管理系统，提高系统效率。拟议的参与项目将 分析在入住阶段的综合供暖系统的性能，并将提出一个 有效的设计后控制系统，以节省能源和成本效益，这将允许 在未来的系统运行中，供暖系统将更加可持续。

Integrated Management & Reality Ltd. offers comprehensive investment real estate services, specializing in a range of services from development and pre-construction planning to short- and long-term investments. One of IMR's clients operates an integrated heating system in which a ground source heat pump is assisted by a solar thermal system and drain water heat recovery system. Based on the analysis of monitoring data, there is potential to improve the existing system control algorithm. A sensor-based monitoring system was previously designed and implemented on the heating system in 2013. Based on 2 years of collected data, the proposed research seeks 3 objectives: (1) propose an enhanced post-design system control algorithm based on analysis of the existing system control algorithm; (2) simulate the existing and proposed system control algorithms; and (3) implement the system control. With the developed tool, IMR will be able to consult the building owner to change their building system control for the purpose of saving energy and costs. More broadly, we note that in Canada a large proportion of energy is consumed and wasted by improper usage of building management systems and by inefficient energy systems. It is essential to understand the performance of integrated heating systems that utilize different renewable energy sources and understand their performance in different applications in cold-climate conditions. Such an understanding can be applied for the development of enhanced building control and management systems to improve system efficiency. The proposed Engage project will analyze the performance of an integrated heating system during the occupancy phase, and will propose an effective post-design control system in the interest of energy saving and cost-efficiency, which will allow the heating system to be more sustainable in its future system operation.