controlled loads - Globe Thesis

Keyword [controlled loads] Result: 1 - 20 \| Page: 1 of 2
1.	Distributed Cooperative Control With Applications To Smart Grid Operations
2.	Study Of Intelligent Under Frequency Load Shedding Modeling And Simulation
3.	The Strategy Of Predictive Generation And Flexible Load Control In Smart Grids
4.	Aggregated Modeling And Control Of Thermostatically Controlled Loads
5.	Research On Micro-Grid Frequency Modulation Strategy Based On Optimal Utilization Of Controlled Loads
6.	Power System Load Frequency Control Strategy For The Electrical Vehicles And Thermostatically-controlled Loads
7.	Research On Control Strategy Of Thermostatically Controlled Loads In Microgrid
8.	Modelling And Control Of Thermostatically Controlled Loads For Participating In Dynamic Response Of Power Systems
9.	Forecast And Application Of Schedulable Capacity Of TCLs Based On Big Data Analysis Method
10.	The Control Strategy Of Controlled Loads With Smoothing Response To Wind Power In Active Power Distribution Systems
11.	Research Of Thermostatically Controlled Loads In Demand Response Of Community Power System
12.	Research On Short-term Decision-making Method Of Distribution Company With Price-based Demand Response
13.	Demand Response Evaluation And Coordinated Optimization Of Thermostatically Controlled Loads
14.	Hardware-in-the-loop Simulation System For Large-scale Wind-Gas Coordinating Equivalent Power Plant
15.	Research On Thermostatically Controlled Flexible Loads Optimal Control Strategy For Active Distribution Network Orienting Smart Buildings
16.	Research On Cooperative Generation-Load Active Power Control Incorporating Flexible Loads
17.	Thermostatically Controlled Loads Control Strategy And Reward Mechanism For Smart Grid Frequency Regulation
18.	Market-based Control Of Thermostatically Controlled Loads
19.	Data-driven Power System Reliability Analysis Considering Uncertainty Of TCLs And Wind Power
20.	Optimized Scheduling And Pricing Strategy For Aggregated Thermostatically Controlled Loads Considering User Comfort
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