Optimal Dispatch of Energy Storage Systems for Harmonic Mitigation and Power Factor Correction
Abstract not provided.
Publications
IEEE Standard Development for Energy Storage Management Systems
Abstract not provided.
VALUATION OF ENERGY STORAGE: PROBLEMS AND METHODOLOGIES
Abstract not provided.
Energy Storage Benefits to Village of Levelock Alaska
Abstract not provided.
Voltage Regulation in Distribution Systems Using Energy Storage
Abstract not provided.
Modeling Energy Storage Systems in Extreme Climates
Abstract not provided.
Sizing Behind-the-Meter Energy Storage and Solar for Electric Vehicle Fast-Charging Stations
Abstract not provided.
Energy Storage Benefits to San Carlos Apache Tribe
Abstract not provided.
Integrating Energy Storage Technology Selection Tool into QuESt
Abstract not provided.
Fast-Frequency Estimation and Control of Low-Inertia Microgrids
Abstract not provided.
Evaluation of Energy Storage As A Transmission Asset
Abstract not provided.
Opportunities and Trends for Energy Storage plus Solar in CAISO: 2014-2018
IEEE Power and Energy Society General Meeting
The state of California is leading the nation with respect to solar energy and storage. The California Energy Commission has mandated that starting in 2020 all new homes must be solar powered. In 2010 the California state legislature adopted an energy storage mandate AB 2514. This required California's three largest utilities to contract for an additiona11.3 GW of energy storage by 2020, coming online by 2024. Therefore, there is keen interest in the potential advantages of deploying solar combined with energy storage. This paper formulates the optimization problem to identify the maximum potential revenue from pairing storage with solar and participating in the California Independent System Operator (CAISO) day ahead market for energy. Using the optimization formulation, five years of historical market data (2014-2018) for 2, 172 price nodes were analyzed to identify trends and opportunities for the deployment of solar plus storage.
Utilization of existing generation fleets using large-scale energy storage systems
IEEE Power and Energy Society General Meeting
In this work, we develop an optimization framework to evaluate the benefit of large-scale energy storage system (ESS) for utilizing an existing generation fleet that often operates at suboptimal working conditions due to peaky nature of the load. The objective is to find the optimal schedule for thermal units and the ESS that minimizes the daily system operating cost. This cost is the sum of the fuel cost, variable O M cost and start-up cost of all thermal units and ESS degradation cost. A case study is conducted to evaluate the operating cost savings by using ESS for a utility company in Alaska.
MEETING 100% CARBON-FREE ENERGY MANDATES ? A NEW MEXICO CASE STUDY
Abstract not provided.
Sizing Behind-the-Meter Energy Storage and Solar for Electric Vehicle Fast-Charging Stations
Abstract not provided.
Sizing Behind-the-Meter Energy Storage and Solar for Electric Vehicle Fast-Charging Stations
Abstract not provided.
Opportunities and Trends for Energy Storage Plus Solar in the CAISO Real-Time Market: 2014-2018
Abstract not provided.
Energy Storage Cost Estimate for New Jersey
Abstract not provided.
MEETING 100% CARBON-FREE ENERGY MANDATES ? A NEW MEXICO CASE STUDY
Abstract not provided.
Energy Storage Management and Evaluation
Abstract not provided.
Energy Storage Management System (ESMS) and Evaluation
Abstract not provided.
Sizing Energy Storage for Resilience Application
Abstract not provided.
Real-time Dispatching for Energy Aggregators with Energy Storage and Stochastic Renewable Generation in Markets
Abstract not provided.
QuESt: An Energy Storage Application Suite
Abstract not provided.
Energy Storage Paired with Community Solar in NYISO
Abstract not provided.
Results 26–50 of 99