Morell Dameto, Nicolás Chaves Ávila, José Pablo Gómez San Román, Tomás Schittekatte, Tim 2025-09-26T17:46:34Z 2025-09-26T17:46:34Z 2024-09-01 http://hdl.handle.net/11531/105263 Capítulos en libros Electricity network tariffs intend to recover network costs and adhere to economic efficiency and equity principles. Most network tariffs in real-world systems focus on cost recovery, implicitly assuming non-responsive customers. This article proposes a forward-looking dynamic network tariff that could be implemented in real-world electricity systems. First, when considering the entire network, consumers and generators must be clustered into subsystems by voltage levels, enabling the calculation of the network utilization levels; this is the so-called cascade model. After, per voltage level, the network tariff needs to be computed. The forward-looking tariff consists of a peak-coincident energy charge, which is symmetric for injections and withdrawals, a per-kWh component for energy losses, and a fixed residual network charge. This tariff design incentivizes shifting flexible loads to off-peak hours and aligns individual customer incentives with expected system benefits, reducing future network investments. In addition, the symmetric nature of the proposed tariff enables a level playing field for active customers providing flexible services. The Slovenian regulator has considered the designed tariff for future implementation. This article summarizes the findings of [1] by the same authors. Electricity network tariffs intend to recover network costs and adhere to economic efficiency and equity principles. Most network tariffs in real-world systems focus on cost recovery, implicitly assuming non-responsive customers. This article proposes a forward-looking dynamic network tariff that could be implemented in real-world electricity systems. First, when considering the entire network, consumers and generators must be clustered into subsystems by voltage levels, enabling the calculation of the network utilization levels; this is the so-called cascade model. After, per voltage level, the network tariff needs to be computed. The forward-looking tariff consists of a peak-coincident energy charge, which is symmetric for injections and withdrawals, a per-kWh component for energy losses, and a fixed residual network charge. This tariff design incentivizes shifting flexible loads to off-peak hours and aligns individual customer incentives with expected system benefits, reducing future network investments. In addition, the symmetric nature of the proposed tariff enables a level playing field for active customers providing flexible services. The Slovenian regulator has considered the designed tariff for future implementation. This article summarizes the findings of [1] by the same authors. application/pdf en-GB Danish Utility Regulator (Copenhague, Dinamarca) Libro: Incentives and digitalization for flexibility in the green transition, Página inicial: 56, Página final: 62 Instituto de Investigación Tecnológica (IIT) Forward-looking dynamic network tariffs: an efficient solution for price-responsive customers info:eu-repo/semantics/bookPart info:eu-repo/semantics/publishedVersion info:eu-repo/semantics/restrictedAccess Electricity tariffs, decarbonization, network tariffs, active customer response, distributed energy resources, long-term marginal costs, residual costs, electric vehicles Electricity tariffs, decarbonization, network tariffs, active customer response, distributed energy resources, long-term marginal costs, residual costs, electric vehicles