N-1Non-Confidential Work Order 10/4/2010
5 passages
d forecasts of wind energy generation. It is expected that the technologies developed for the demonstration will be scalable to the entire utility customer base. The project's primary objectives are: - 1. Evaluation of load control perform...
AI summary The project aims to evaluate load control performance in response to wind energy generation, assess its role in system reliability, and develop Smart Grid technologies for cost savings and operational efficiencies. It also focuses on customer acceptance, scalability of technologies, and benefits from 2-way communication and innovative rate design.
The projecCs secondary obj~ctives are: - Development of Smart Grid technologies that include demand response concepts and wind energy forecasting tools that will result in cost savings and operational efficiencies for' Maritime power utili...
AI summary The project's secondary objectives focus on developing Smart Grid technologies, including demand response and wind energy forecasting tools, to achieve cost savings and operational efficiencies for Maritime power utilities. It also aims to articulate installation costs, refine business cases, assess customer load potential, and explore benefits of two-way communications and innovative rate design.
THREE: THE CONVERGENCE OF SMART GRID TECHNOLOGIES AND CUSTOMER INTERACTION The Maritime Utilities recognize that significant transformation is occurring in the utility industry and important customer care processes will be impacted by the...
AI summary The Maritime Utilities are undergoing transformation due to the convergence of information and operational technologies, impacting customer care processes. The Maritime Load Control Demonstration Project will enable greater customer participation in energy use and reduction, and will explore new frameworks for rate design in the Maritimes. NB Power previously completed a Customer Services Delivery project to enhance customer interaction with technology.
The intended outcome of the demonstration is to evaluate the effectiveness of a demand response system to provide a fast reacting and timely response to measured changes in wind energy generation and forecasts of wind energy generation. It...
AI summary The project aims to evaluate the effectiveness of a demand response system in responding to wind energy generation changes and forecasts, with objectives including load control performance, power system reliability, and customer acceptance. It also seeks to develop smart grid technologies for cost savings and scalability.
3, OBJECTIVEIPURPOSE: The primary objectives of the project are: - Evaluate if load control is a cost effective and reliable ancillary service to dIspatch net requirements. - Evaluate load control performance In response to measured and fo...
AI summary The project aims to evaluate load control as a cost-effective and reliable ancillary service for dispatching net requirements, assess its performance with wind power, and examine customer acceptance. Secondary objectives include developing smart grid technology, evaluating costs and scalability, determining load characteristics for demand response, and exploring benefits of 2-way communication and smart grid configurations.