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Wrap-up of electric charging policies; introduction to thermal modeling of buildings; first-order thermal circuit models; thermal circuit model parameters.

Logistics check-in; stationary battery model; stationary battery parameters; electric vehicle model and parameters; electric vehicle charging policies.

Linear vector ODEs; continuous-time linear dynamical systems; linearization; time discretization; application to a simple climate model.

Wrap-up of Lecture 2 material (electricity markets, motivations for DERs); math notation and definitions; scalar linear ODEs; battery example.

Units and scales of energy and power, US energy, US electricity.

What are DERs? Why study DERs? Class outline and policy.

Wrap-Up

Stephen White - Driving Adoption of Digitizalization in Buildings

Subbu Sethuvenkatraman - Delivering Smart Building Services - Australian Experience

James Braun - IBO Opportunities in Next Generation Factory Built Housing

Elias Pergantis - Protecting Residential Electrical Infrastructure Through Advanced Control

Svenne Freund - MPC in a Large Administrative Building for Energy Efficiency and Comfort

Shengwei Wang - Implementation of Smart Control Technologies in Commercial and Industrial Buildings

Ettore Zanetti - Field Performance of Commercial Building Load Flexibility Using MPC

Pradeep Shakya - Multi System Model Predictive Control for Multi Zone Building Automation & Control

Arash Khabbazi - What Have We Learned from Field Demonstrations of Advanced Commercial HVAC Control?

Alfonso Capozzoli - AI Based Solutions for Building Energy Management

Todd Rossi and Josh Devenezia - Commercialization of Rooftop Unit Coordination

Filip Jorissen - Advanced Building Control, Diagnosis and Design Using Physics Based Digital Twins

Donghun Kim - MPC Solutions for Commercial Buildings to Support Clean Energy Transitions

John Sipple - AI Based Methods for Detecting and Diagnosing Refrigerant Loss in Commercial RTUs

Introduction - Jim Braun, Gregor Henze, Kevin Kircher

DERs Lecture 16 - Battery optimization examples

DERs Lecture 15 - Objectives in DER optimization

DERs Lecture 14 - Solving convex optimization problems

DERs Lecture 13 - Convex sets and functions

DERs Lecture 12 - Optimization overview

DERs Lecture 11 - Modeling summary

DERs Lecture 10 - Solar energy