Member of the commission of expert evaluators for the projects of research relating to the Italian Ministry of the Environment and Energy program agreement (ENEA, CNR, RSE).
Design of the "Demand-Response Load Shaping platform" to exchange the electrical flexibility (by consumption modulation) with Transmission System Operator as a resource for the ancillary services (balancing, congestion, reserve).
Development of the Math Engine, the platform that uses different algorithms (artificial neural network, machine learning, deep learning, non-linear programming and support vector machine) to creating the flexibility for each type of consumption unit.
Inventor of methods for the electrical flexibility by load modulation balancing the power grid.
[1] Quadrini, Roberto “A method and a device for balancing electric consumption” Granted, Patent Nº EP3028361B1, Date of Patent Jun 12, 2019. Country: [IT], [AT], [BE], [FR], [DE], [GB], [IE], [MC], [NL], [SI], [ES], [CH]. (bit.ly/3TYMImY)
[2] Quadrini, Roberto, “A method and a device for profiling and scheduling electricity consumption” Granted, Patent Nº 0001419107, Date of Patent Nov 05, 2015. Country: [Italy].
[3] Quadrini, Roberto “A method and a device for balancing electric consumption” Granted, Patent Nº US9991705B2”, Date of Patent Jun 05, 2018. Country: [US] (bit.ly/3FeBdUc)
[4] Quadrini, Roberto “A method and a device for balancing electric consumption” Granted, Patent Nº US10374425B2”, Date of Patent Aug 06, 2019. Country: [US] (bit.ly/3f82dKu) (divisional patent)
[5] Quadrini, Roberto “A method for profiling and scheduling production and feed-in of electrical energy into a power grid” Granted, Patent Nº 0001421371, Date of Patent Maj 14, 2016. Country:[IT].
[6] Quadrini, Roberto “A method and a device for balancing electric consumption” Granted, Patent Nº RU2666751C2, Date of Patent Sep 12, 2018. Country:[RU].
[7] Quadrini, Roberto “A method and a device for balancing electric consumption” Granted, Patent Nº RU2754484C9, Date of Patent Apr 20, 2022. Country:[RU]. (divisional patent)
ORCID: https://orcid.org/0000-0002-2551-9672