Blackstone Energy Services Inc.: Optimizing local enterprise energy management through incentivization of electric vehicle driver vehicle-to-grid contributions.

黑石能源服务公司（黑石）正与加拿大自然资源部的电动汽车基础设施示范计划（EVID）合作开展示范项目，将黑石的电力市场需求响应通知系统（“峰值预测服务”或“PPS”）集成到其BlackPAC Enterprise能源管理平台。BlackPAC将指导双向逆变器（Bi-Dis）-电动汽车（EV）充电站，既可以为EV的电池充电，也可以为电池放电-将电力送回现场Transformer，以减少当地电网的电量消耗。这种将电动汽车作为本地发电机的概念被称为车辆到电网（V2 G）。作为EVID计划的一部分，黑石正在开发一个移动的应用程序（app），以通知EV驾驶员需求响应事件。测试黑石的移动的应用程序，以激励、跟踪和管理第三方电动汽车驾驶员对黑石V2 G功能的参与，并量化电动汽车驾驶员对电网的贡献，从而优化调峰事件并节省资金。这项试点研究将测试黑石的移动的应用程序激励电动汽车驾驶员并量化他们对当地电网的贡献的能力。黑石有三个客户地点排队参加这一试点项目，格鲁吉亚学院是另一个地点。该项目解决了目前商业或工业客户在高峰时段从电网中获取电力时所产生的高额经济损失。该项目将帮助黑石确定电动汽车用户提供临时峰值电力需求所需的激励措施，从而使设施运营商摆脱高昂的电力成本。该项目将从格鲁吉亚学院的电气工程技术，研究分析师和大数据分析计划吸引多达三名学生/新毕业生。

Blackstone Energy Services Inc. (Blackstone) is working with Natural Resources Canada's Electric Vehicle Infrastructure Demonstration program (EVID) on demonstration projects that integrate Blackstone's electricity market demand response notification system (the "Peak Predictor Service" or "PPS") to its BlackPAC Enterprise energy management platform. BlackPAC will direct bi-directional inverters (Bi-Dis) - electric vehicle (EV) charging stations that can both charge an EV's battery and also discharge that battery - to send power back to the site transformer in order to reduce the amount of electricity consumed from the local electrical grid. This concept of the EV acting as a local power generator is called Vehicle-to-Grid (V2G). As part of their EVID program, Blackstone is developing a mobile application (app) to notify EV drivers of demand response events. are to test Blackstone's mobile app to incentivize, track, and manage third-party EV drivers' engagement with Blackstone's V2G capabilities and to quantify EV drivers' contributions to the electrical grid as a way to optimize peak shaving events and capture financial savings. This pilot study will test the ability of Blackstone's mobile app to incentivize EV drivers and quantify their contribution to the local electrical grid. Blackstone has three client locations lined up to participate in this pilot project, with Georgian College serving as another site. The project addresses the current high economic penalty incurred when a commercial or industrial customer draws power from the grid during peak hours. This project will assist Blackstone to determine the incentives required by EV users to provide that temporary peak power requirement so that facility operators are relieved of high electricity costs. This project will engage up to three students/ new graduates from Georgian College's Electrical Engineering Technology, Research Analyst, and Big Data Analytics programs.