Luis Alejandro Arias Barragán Edwin Rivas Trujillo Ph.D. Francisco Santamaría Ph.D. Línea de Investigación: Gestión de redes eléctricas Grupo de Investigación: Grupo de Compatibilidad Electromagnética-GCEM Platform model for the integration of users with distributed energy resources in distribution networks

Contextualization: Distributed Energy Resources Distributed Generation Energy Storage Systems Demand Response Dispersed Generation 2 3

Strategies of DER Integration de DER 3 FactorSCADAMicrogridVirtual Power Plant Main objective Control of DG devices, occasionally DR Control / Integration of DER in the network Management / Control and Integration of DER Application range Network elements Local sectors of the network Without any restrictions Infrastructure Control elements, sensors AMI (Advanced Measurements Instruments) devices, flow measurers, communications technology AMI devices, flow measurers, communications technology and energy market links OperationCentralized With the network or through islanding Centralized or decentralized Focus Technical efficiency of network elements Energy efficiency of the microgrid Energy and economic efficiency of the network Functional elements Control of DG, management of DR mechanisms DG control, storage control and DR Coordination / Control of DG, DR, storage systems, compensating elements, integration of electric vehicles

Network IEEE-34 nodes: Test Network

Caracteristics of test Network LOAD POWER LOAD POWER ACTIVE (kW) REACTIVE (kVAr) ACTIVE (kW) REACTIVE (kVAr) 81652,582424, ,580627,514, ,580227,514, , , ,52,583048,521,5 8327,53, , , ,553, ,543, , ,512,

Users with DR and DG Users with DR and DG USER Installed Capacity (kW) Manageable Power (kW) DG Type DG POWER (kVA) Photovoltaic Photovoltaic Microturbine125

Extended data of User 834 registration in the platform User ID834 Installed power, kWManageable power, kWType of DG 896,23Photovoltaic10 Participation schedule in the DR program, hours USD/kWh0.03 USD/kWh0.022 USD/kWh USD/kWh

Demand Vector of Network Operator for one day Id No Hour kW

Sequence Diagramm

Optimization Problem of DR

Optimization Problem of DG

Conclusions The designed model of the integration platform is versatile and works for an unlimited number of users. It gathers the management-related characteristics of the distributed energy resources that are currently requested to the distribution networks. Modeling with UML allows the platform to be open to any type of software, hardware technology or search engine found on the Internet. The inclusion of the capacity to solve optimization problems in the integration platform makes it an effective tool for managing the resources of the network, thereby diminishing the impact of a massive participation of DER.

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