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WLP+ (Whole Life Performance Plus)

WLP（终身性能增强版）

基本信息

批准号：
EP/N509000/1
负责人：
Rajat Gupta
金额：
$ 19.12万
依托单位：
Oxford Brookes University
依托单位国家：
英国
项目类别：
Research Grant
财政年份：
2016
资助国家：
英国
起止时间：
2016 至无数据
项目状态：
已结题

来源：
https://gtr.ukri.org/projects?ref=EP%2FN509000%2F1
关键词：
WLP+Whole Life Performance Plus

项目摘要

Studies from academic literature have demonstrated that staff productivity can be increased by up to 20% by improvingIndoor Environmental Quality (IEQ) such as temperature control, lighting and indoor air quality. The Whole LifePerformance Plus (WLP+) project will deliver a proven methodology for defining and measuring worker productivity, astatistically proven model of IEQ for improving worker productivity, a means of identifying poor office environments, amethodology for reconfiguring poor office environments to make them more productive and a control system for optimisingIEQ in offices in real time. Our approach will also allow performance data from many buildings to be collected from ourcontrol system which will sit over and integrate with existing building management and control systems.The goal of the WLP+ project consortium is to enable commercial building owners to increase staff productivity by 10%while reducing energy use by 30%; targets that we believe are achievable and realistic, based on existing evidence. Sinceexpenditure on staff is at least 40 times higher than expenditure on energy, this offers a strong business case for the WLP+user. The WLP+ project will develop and demonstrate empirically a link between IEQ and staff productivity in contact (call)centres and professional business services buildings where large volumes of staff utilisation, productivity and absenteeismdata are available. The project will then resolve how the IEQ model can be used to monitor and control buildingmanagement and other building control systems to deliver these optimised IEQ conditions over the course of a working dayfor minimum energy input. The WLP+ software solution will dynamically control commercial buildings and identifyinterventions that are required for clients to optimise their working environments and minimise their building energy use.Our target market consists of three customers: end user owners, organisations that own and use their buildings, landlords& developers, who build, manage and rent space to tenants and tenants who rent and use space from landlords. Eachmarket segment is different because of their economic drivers and ability to change or reconfigure their space.The outcome of the project will be the creation of commercial software tool and consultancy offering, creating a businessfor improving staff productivity.The project consortium is led by an SME (LCMB), working in partnership with a major building occupier/owners (KingsCollege and clients of Emcor FM), dissemination partners (British Council for Offices and Constructing Excellence), and aUniversity (Oxford Brookes University (OBU)). The project team brings together highly qualified and specialised individualswith progressive end users to combine cutting edge academic knowledge, data management skills and businessintelligence that goes beyond the benefits each individual partner could achieve in isolation.The project will include seven work packages (WPs):- WP1: Project management and reporting- WP2: Technical definition of the IEQ parameters, staff productivity and energy metrics using available datasets- WP3: Baseline data capture on IEQ, productivity and energy use.- WP4: Deploy improvement interventions to modify IEQ for enhancing productivity and reducing energy use in the test-bedare.- WP5: Software development of WLP+ protocol interface for deployment in building control and management systems offuture projects.- WP6: Testing, validation and refinement of software tool by deploying in a case study commercial office building.- WP7: Dissemination and knowledge exchange.

学术文献的研究表明，通过改善室内环境质量（IEQ），如温度控制，照明和室内空气质量，员工的生产力可以提高20%。“全寿命绩效增强”项目将提供一种经过验证的界定和衡量工人生产力的方法，一种经过统计验证的提高工人生产力的IEQ模型，一种查明不良办公室环境的手段，一种重新配置不良办公室环境以提高其生产力的方法，以及一种真实的优化办公室IEQ的控制系统。我们的方法还将允许从我们的控制系统中收集许多建筑物的性能数据，该控制系统将与现有的建筑物管理和控制系统集成。WLP+项目联盟的目标是使商业建筑业主能够将员工的生产力提高10%，同时减少30%的能源使用;我们相信，根据现有的证据，这些目标是可以实现的，也是现实的。由于员工支出至少是能源支出的40倍，这为WLP+用户提供了一个强有力的商业案例。WLP+项目将开发和实证IEQ与联络（呼叫）中心和专业商业服务大楼工作人员生产力之间的联系，这些大楼拥有大量的工作人员利用率，生产力和缺勤数据。然后，该项目将解决如何使用IEQ模型来监测和控制楼宇管理和其他楼宇控制系统，以在一个工作日内提供这些优化的IEQ条件，从而实现最小的能源输入。WLP+软件解决方案将动态控制商业建筑，并识别客户优化工作环境和最大限度减少建筑能耗所需的干预措施。我们的目标市场包括三个客户：最终用户业主，拥有和使用其建筑的组织，业主和开发商，他们建造，管理和出租空间给租户，以及从业主那里租用和使用空间的租户。每个细分市场都因其经济驱动力和改变或重新配置空间的能力而有所不同。该项目的成果将是创建商业软件工具和咨询服务，创造一个提高员工生产力的业务。该项目联盟由一家中小企业（LCMB）领导，与一家主要的建筑物占用者/业主合作（KingsCollege和Emcor FM的客户）、传播合作伙伴（英国办公室和卓越建筑理事会）和一所大学（牛津布鲁克斯大学（OBU））。该项目团队汇集了高素质和专业的个人与进步的最终用户，将联合收割机结合尖端的学术知识，数据管理技能和商业智能，超越了每个单独合作伙伴可以实现的好处。该项目将包括七个工作包（WP）：-WP 1：项目管理和报告-WP 2：使用可用数据集对IEQ参数、员工生产力和能源指标进行技术定义-WP 3：IEQ、生产力和能源使用的基线数据捕获。- WP 4：部署改进干预措施来修改IEQ，以提高生产力并减少测试台的能源使用。WP 5：WLP+协议接口的软件开发，用于未来项目中的建筑控制和管理系统。WP 6：通过在商业办公楼案例研究中部署软件工具进行测试，验证和改进。WP7：传播和知识交流。