ECO-I LTD – DOP (Development of Prototype) of a Universal embedded intelligent BMS Controller on a Single PCB

ECO-I LTD — 单 PCB 上通用嵌入式智能 BMS 控制器的 DOP（原型开发）

• 批准号: 720731
• 金额: $ 29.83万
• 依托单位: ECO-I LIMITED
• 依托单位国家: 英国
• 项目类别: GRD Development of Prototype
• 财政年份: 2015
• 资助国家: 英国
• 起止时间: 2015 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=720731
• 关键词: ECO; LTD; DOP; Development; Prototype

A BMS (Building Management System) plays an important safety function, controlling,monitoring, optimising, and reporting on facilities (ventilation, lighting, power, fire, security),as well as giving owners ability to optimise comfort/efficiency. Systems linked to BMSrepresent on average 55% of a building's energy usage. BMS comprises software+ hardware;leading to global opportunities for products and services.This $30bn industry employs over 0.5m staff and serves 150 countries. Over 10000 UKcompanies operate in this market. Almost every industrial and domestic building has at leastone BMS Controller - a purpose-built unit that manages data (temperature, humidity, pressure,current, etc) which it uses to communicate instructions to BMS devices.Products that reduce energy and carbon emissions in buildings will be in increasing demand.Europe’s Energy 2020 document and Lisbon Treaty states “Energy efficiency is a keypriority” and “the price of failure is too high”. Europe's Energy Performance of BuildingsDirective (EPBD) targets enhancement opportunities at building controllers. Further, theDisplay Energy Certificates (DEC), Carbon Reduction Credits (CRC), BREEAM andIS016001, all require the use of a BMS – supporting estimates that the UK Energy market willreach £200bn by 2020 from £43bn now. BSEN 15232 was created to measure impact ofintelligent building controls on energy in buildings - expected mandatory in future.This project addresses these problems. Following two successfully funded TSB grants (POMand POC - File Refs 700289 and 710518 respectively), we address the problems bydeveloping a DOP Stage ‘Universal Controller that maximises interchangeability amongstBMS equipment, requires no wiring, no dedicated ‘expert’, uses common software, andmaximises interoperability via the cloud. A low-cost ‘Plug and Play’ approach has beenidentified, based on SmartPhone tech that could satisfy current /future needs, and opensignificant $bn markets.

BMS（建筑管理系统）发挥着重要的安全功能，对设施（通风、照明、电力、消防、安全）进行控制、监控、优化和报告，并让业主能够优化舒适度/效率。与 BMS 相连的系统平均占建筑物能源使用量的 55%。 BMS 由软件+硬件组成；为全球产品和服务带来机会。这个价值 300 亿美元的行业雇用了超过 50 万名员工，为 150 个国家/地区提供服务。超过 10000 家英国公司在这个市场开展业务。几乎每个工业和住宅建筑都至少有一个 BMS 控制器 - 一个专门设计的单元，用于管理数据（温度、湿度、压力、电流等），用于向 BMS 设备传达指令。减少建筑物能源和碳排放的产品的需求将不断增加。欧洲能源 2020 文件和里斯本条约指出“能源效率是关键优先事项”和“失败的代价太高”。欧洲建筑能源绩效指令 (EPBD) 旨在增强建筑控制器的机会。此外，显示能源证书 (DEC)、碳减排信用额 (CRC)、BREEAM 和 IS016001 都要求使用 BMS，这支持了英国能源市场到 2020 年将从现在的 430 亿英镑增至 2000 亿英镑的估计。 BSEN 15232 的创建是为了衡量智能建筑控制对建筑物能源的影响 - 预计将来会强制执行。该项目解决了这些问题。在成功获得 TSB 资助（POM 和 POC - 文件编号分别为 700289 和 710518）之后，我们通过开发 DOP 阶段“通用控制器”来解决这些问题，该控制器可最大限度地提高 BMS 设备之间的互换性，无需布线，无需专门的“专家”，使用通用软件，并通过云最大限度地提高互操作性。已经确定了一种基于智能手机技术的低成本“即插即用”方法，可以满足当前/未来的需求，并打开数十亿美元的巨大市场。