HYPERGRYD (DIT.AD017.149)

Thematic area

Engineering, ICT and technologies for energy and transportation

Project area

Structure responsible for the research project

Institute for advanced energy technologies "Nicola Giordano" (ITAE)

Project manager

VALERIA PALOMBA
Phone number: 090624422
Email: valeria.palomba@itae.cnr.it

Abstract

HYPERGRYD addresses the multi-faceted dimensions of the optimization and enhancement of DHC by relying on 4 pillars, following a holistic approach to promote integration of smart grids, energy storage and increased share of renewable energy according to 3 main concepts: (i) high dispatchability of RES, (ii) DHC and power-to-heat solutions and contextual ICT control strategies,(iii) to produce the SHG which will allow for a significant gain in RES share of the overall demand of the urban districts. The overall ambition is then to combine innovative "hardware" (RES-based enabling technologies) solutions, specifically designed for 4th and 5th generations of DHC - including the transition from the 3rd generation - and for the integration of thermal and electric grids; with a set of software tools for DHC planning and optimization, real-time management and control of the Smart Hybrid Grids, including market and energy trading aspects.

Goals

HYPERGRYD addresses the multi-faceted dimensions of the optimization and enhancement of DHC by relying on 4 pillars, following a holistic approach to promote integration of smart grids, energy storage and increased share of renewable energy according to 3 main concepts: (i) high dispatchability of RES, (ii) DHC and power-to-heat solutions and contextual ICT control strategies,(iii) to produce the SHG which will allow for a significant gain in RES share of the overall demand of the urban districts. The overall ambition is then to combine innovative "hardware" (RES-based enabling technologies) solutions, specifically designed for 4th and 5th generations of DHC - including the transition from the 3rd generation - and for the integration of thermal and electric grids; with a set of software tools for DHC planning and optimization, real-time management and control of the Smart Hybrid Grids, including market and energy trading aspects.

Start date of activity

01/10/2021

Keywords

sector coupling, sustainable technologies, grid flexibility

Last update: 11/12/2024