Common use of Design of LFDD Clause in Contracts

Design of LFDD. In case of a major frequency drop, automatic functions for load shedding functionality shall be implemented to prevent a further frequency drop and the collapse of the system according to specification in article 19 in the NC DCC and in article 15 in the NC ER. Each TSO shall develop the LFDD activation plan within the framework specified in article 19 of the NC DCC and in article 15 in the NCER. The parameters of the LFDD activation plan must be set in accordance with the following criteria: NC DCC 19 NCER 15(5) • Five steps, respectively at: 48.8 Hz, 48.6 Hz, 48.4 Hz, 48.2 Hz and 48.0 Hz • The first four steps must aim at being: 5% • The fifth step must be, more than: 0% All TSOs shall jointly assess the LFDD activation plan every 3 years.

Design of LFDD. In case of a major frequency drop, automatic functions for load shedding functionality shall be implemented to prevent a further frequency drop and the collapse of the system according to specification in article 19 in the NC DCC and in article 15 in the NC ER. Each TSO shall develop the LFDD activation plan within the framework specified in article 19 of the NC DCC and in article 15 in the NCER. NC DCC 19 NCER 15(5) The parameters of the LFDD activation plan must be set in accordance with the following criteria: NC DCC 19 NCER 15(5) •  Five steps, respectively at: 48.8 Hz, 48.6 Hz, 48.4 Hz, 48.2 Hz and 48.0 Hz •  The first four steps must aim at beingbe, as a minimum: 5% •  The fifth step must be, more than: 0% All TSOs shall jointly assess the LFDD activation plan every 3 years.

Design of LFDD. In case of a major frequency drop, automatic functions for load shedding functionality shall be implemented to prevent a further frequency drop and the collapse of the system according to specification in article 19 in the NC DCC and in article 15 in the NC ER. Each TSO shall develop the LFDD activation plan within the framework specified in article 19 of the NC DCC and in article 15 in the NCER. NC DCC 19 NCER 15(5) The parameters of the LFDD activation plan must be set in accordance with the following criteria: NC DCC 19 NCER 15(5) • Five steps, respectively at: 48.8 Hz, 48.6 Hz, 48.4 Hz, 48.2 Hz and 48.0 Hz • The first four steps must aim at beingbe, as a minimum: 5% • The fifth step must be, more than: 0% All TSOs shall jointly assess the LFDD activation plan every 3 years.

Design of LFDD. In case of a major frequency drop, automatic functions for load shedding functionality shall be implemented to prevent a further frequency drop and the collapse of the system according to specification in article 19 in the NC DCC and in article 15 in the NC ER. Each TSO shall develop the LFDD activation plan within the framework specified in article 19 of the NC DCC and in article 15 in the NCER. NC DCC 19 NCER 15(5) The parameters of the LFDD activation plan must be set in accordance with the following criteria: NC DCC 19 NCER 15(5) • · Five steps, respectively at: 48.8 Hz, 48.6 Hz, 48.4 Hz, 48.2 Hz and 48.0 Hz • · The first four steps must aim at beingbe, as a minimum: 5% • · The fifth step must be, more than: 0% All TSOs shall jointly assess the LFDD activation plan every 3 years.