Cofinancing

Armis Group

Project Name: GRID’S PREDICTIVE MANAGEMENT CONSIDERING DISTRIBUTED ENERGY RESOURCES

 

GENERAL OBJECTIVE

The GPDER+ project aims to research and develop a SCADA/DMS System dedicated to the Predictive Management of the Distribution Network (high and medium voltage) and a Platform for Demand Response Management System (DRMS) that allows the implementation of new business models for the Management of Distributed Energy Resources (DER) operated by different entities (e.g., aggregators, retailers, consumer cooperatives). The platforms to be developed will be prepared to deal with the specificities of the Distribution Networks, namely high integration on a renewable basis and flexible resources. To this end, functional and non-functional technical requirements necessary for the integration of flexibility in the electricity market and system operation will be taken into account, providing the Distribution Grid Operator with greater monitoring and predictive control of the electricity grid and the integration of new business models based on the sale of flexibility to the Distribution Grid Operator.

The innovative and differentiating character of the GPDER+ solution comes from the proposed development logic - Predictive Management of the Distribution Networks, taking into account the modelling of uncertainty associated with renewable energy sources, ensuring interoperability between the systems of the Distribution Network Operator and new business models dedicated to the management of distributed electrical resources. Replicability is also a critical objective in the design of the solutions, demonstrating, for this fundamental purpose, the adoption of IEC standards, the development of computational applications for networks with reduced monitoring of the measures at the transformation stations and the integration of different types of RSD (namely distributed storage).

It is intended to revisit EFACEC's SCADA/DMS solution by providing it with greater robustness and scalability to the system, new functionalities, at the level of core modules, and applications for network operation. A DRMS platform will also be developed for two business models in the active management of consumption: a) cooperative consisting of normal and special low voltage consumers, adding flexibility at the transformer station level; b) commercialise essentially aimed at industrial customers and buildings connected at high and medium voltage.       

 

 

DURATION

2019-2022

 

PROMOTORS

  • Efacec Energia - Máquinas e Equipamentos Eléctricos S.A
  • INESC TEC
  • PH ENERGIA, LDA.
  • ARMIS – Sistemas de Informação, LDA.

 

EXPECTED RESULTS

  • Management of large volumes of data in electrical distribution networks
  • Predictive Management of the Distribution Network
  • Integration of New Distributed Electrical Resources (DER) into Distribution Network Management
  • Increased Operators’ Awareness of the State of Operation of the Electricity Grid
  • Integration of New Paradigms of Electric Network Management into Operator Training
  • Creating technical conditions for business models based on consumption flexibility

 

FINANCING PROGRAMME

Financed by the European Regional Development Fund (FEDER) through the Competitiveness and Internationalization Operational Programme (POCI)

 

PROJECT: Nº 31/SI/2017

GLOBAL INVESTMENT: 1.343.369,79 euros

ELIGIBLE: 1.338.410,06 euros

NON-REFUNDABLE INCENTIVE: 835.942,27 euros

 

 

 

PROJECT NAME:

Protection, Automation and Control of Centralized Scalable Network

 

GENERAL OBJECTIVE:

 

The SCALE project aims to centralize the control, management, protection and monitoring of MT networks in a high-performance virtual solution, with high reliability, resilience and security, challenging the current substation architectures and constituting a significant innovation in the energy sector.

The SCALE project envisions the creation of a highly innovative solution for control, protection, management and monitoring of medium voltage (MV) networks absolutely innovative compared to current systems, by unifying functionality on a digital platform, reliable and resilient. This undertaking aims at a conceptual revolution in the protection, operation control and security systems of substations and MV energy networks, by designing and developing an infrastructure, applications and centralized control and protection services platform, aimed at redesigning the architecture of current energy substations in the context of Smart Grids. It will be a system capable of enabling interaction between the central system and all the information made available at the substation and MV grid level. This new architecture will allow versatile, scalable, more secure, and easily upgradable solutions.

 

DURATION

2021-2023

 

PROMOTERS

  • Efacec Energia - Máquinas e Equipamentos Eléctricos S.A
  • INESC TEC
  • ARMIS – Sistemas de Informação, LDA.
  • Instituto de Telecomunicações

 

 

OBJECTIVES:

 

The SCALE project thus presents seven specific objectives:

 

  • Develop and demonstrate a centralized protection, automation and control infrastructure, supported on a generic hardware platform and virtualization solutions. The solution will integrate management software for multiple virtual IEDs, with the goal of replacing the secondary equipment in the substation in a Smart Grid context;

 

  • Design a new merging unit type product, including sensing and actuation at the process level, following a low cost approach, and able to provide optimized advanced communications based on IEC 61850 standards;

 

  • Develop components integrated with the infrastructure software, and define test methodologies to ensure, in this same centralized infrastructure, the security of access, data and communications;

 

  • Develop advanced features for protection and advanced automation and distributed MV network, which contribute to the active and safe management of the network in scenarios of high integration of renewable resources. The proposed functionalities will allow reducing the service restoration time as well as the customers affected by service interruptions;

 

  • Specify suitable methods for the testing and commissioning of the proposed centralized solution;

 

  • Validate and demonstrate, in an advanced simulation environment and in a real network, a set of new approaches to the protection of primary assets in substations supported by the CPC (Centralized Protection and Control) infrastructure, particularly in adaptive and self-healing applications

 

  • To technically and economically evaluate the impact of the implementation of the project and the results achieved in the sector, achieving a first industrial pilot solution.

 

 

FUNDING PROGRAM

Financed by the European Regional Development Fund ( FEDER ) through the Competitiveness and Internationalization Operational Program ( POCI )         

 

PROJECT

Projeto Nº 17/SI/2019                      

 

TOTAL INVESTMENT

2.156.546,62 euros

 

ELIGIBLE

2.124.949,10 euros

 

NON-REFUNDABLE INCENTIVE

1.364.405,09 euros