(a) transmission-connected demand facilities; (b) transmission-connected distribution facilities; (c) distribution systems, including closed distribution systems; (d) demand units, used by a demand facility or a closed distribution system to provide demand response services to relevant system operators and relevant TSOs.
Commission Regulation (EU) 2016/1388 of 17 August 2016 establishing a Network Code on Demand Connection (Text with EEA relevance)
(1) "demand facility" means a facility which consumes electrical energy and is connected at one or more connection points to the transmission or distribution system. A distribution system and/or auxiliary supplies of a power generating module do no constitute a demand facility; (2) "transmission-connected demand facility" means a demand facility which has a connection point to a transmission system; (3) "transmission-connected distribution facility" means a distribution system connection or the electrical plant and equipment used at the connection to the transmission system; (4) "demand unit" means an indivisible set of installations containing equipment which can be actively controlled by a demand facility owner or by a CDSO, either individually or commonly as part of demand aggregation through a third party; (5) "closed distribution system" means a distribution system classified pursuant to Article 28 of Directive 2009/72/EC as a closed distribution system by national regulatory authorities or by other competent authorities, where so provided by the Member State, which distributes electricity within a geographically confined industrial, commercial or shared services site and does not supply household customers, without prejudice to incidental use by a small number of households located within the area served by the system and with employment or similar associations with the owner of the system; (6) "main demand equipment" means at least one of the following equipment: motors, transformers, high voltage equipment at the connection point and at the process production plant; (7) "transmission-connected distribution system" means a distribution system connected to a transmission system, including transmission-connected distribution facilities; (8) "maximum import capability" means the maximum continuous active power that a transmission-connected demand facility or a transmission-connected distribution facility can consume from the network at the connection point, as specified in the connection agreement or as agreed between the relevant system operator and the transmission-connected demand facility owner or transmission-connected distribution system operator respectively; (9) "maximum export capability" means the maximum continuous active power that a transmission-connected demand facility or a transmission-connected distribution facility, can feed into the network at the connection point, as specified in the connection agreement or as agreed between the relevant system operator and the transmission-connected demand facility owner or transmission-connected distribution system operator respectively; (10) "low frequency demand disconnection" means an action where demand is disconnected during a low frequency event in order to recover the balance between demand and generation and restore system frequency to acceptable limits; (11) "low voltage demand disconnection" means a restoration action where demand is disconnected during a low voltage event in order to recover voltage to acceptable limits; (12) "on load tap changer" means a device for changing the tap of a winding, suitable for operation while the transformer is energised or on load; (13) "on load tap changer blocking" means an action that blocks the on load tap changer during a low voltage event in order to stop transformers from further tapping and suppressing voltages in an area; (14) "control room" means a relevant system operator's operation centre; (15) "block loading" means the maximum step active power loading of reconnected demand during system restoration after black-out; (16) "demand response active power control" means demand within a demand facility or closed distribution system that is available for modulation by the relevant system operator or relevant TSO, which results in an active power modification; (17) "demand response reactive power control" means reactive power or reactive power compensation devices in a demand facility or closed distribution system that are available for modulation by the relevant system operator or relevant TSO; (18) "demand response transmission constraint management" means demand within a demand facility or closed distribution system that is available for modulation by the relevant system operator or relevant TSO to manage transmission constraints within the system; (19) "demand aggregation" means a set of demand facilities or closed distribution systems which can operate as a single facility or closed distribution system for the purposes of offering one or more demand response services; (20) "demand response system frequency control" means demand within a demand facility or closed distribution system that is available for reduction or increase in response to frequency fluctuations, made by an autonomous response from the demand facility or closed distribution system to diminish these fluctuations; (21) "demand response very fast active power control" means demand within a demand facility or closed distribution system that can be modulated very fast in response to a frequency deviation, which results in a very fast active power modification; (22) "demand response unit document" (DRUD) means a document, issued either by the demand facility owner or the CDSO to the relevant system operator for demand units with demand response and connected at a voltage level above 1000 V, which confirms the compliance of the demand unit with the technical requirements set out in this Regulation and provides the necessary data and statements, including a statement of compliance.
(a) new transmission-connected demand facilities; (b) new transmission-connected distribution facilities; (c) new distribution systems, including new closed distribution systems; (d) new demand units used by a demand facility or a closed distribution system to provide demand response services to relevant system operators and relevant TSOs.
(a) demand facilities and distribution systems connected to the transmission system and distribution systems, or to parts of the transmission system or distribution systems, of islands of Member States of which the systems are not operated synchronously with either the Continental Europe, Great Britain, Nordic, Ireland and Northern Ireland or Baltic synchronous area; (b) storage devices except for pump-storage power generating modules in accordance with Article 5(2).
(a) an existing transmission-connected demand facility, an existing transmission-connected distribution facility, an existing distribution system, or an existing demand unit within a demand facility at a voltage level above 1000 V or a closed distribution system connected at a voltage level above1000 V, has been modified to such an extent that its connection agreement must be substantially revised in accordance with the following procedure:(i) demand facility owners, DSOs, or CDSOs who intend to undertake the modernisation of a plant or replacement of equipment impacting the technical capabilities of the transmission-connected demand facility, the transmission-connected distribution facility, the distribution system, or the demand unit shall notify their plans to the relevant system operator in advance; (ii) if the relevant system operator considers that the extent of the modernisation or replacement of equipment is such that a new connection agreement is required, the system operator shall notify the relevant regulatory authority or, where applicable, the Member State; and (iii) the relevant regulatory authority or, where applicable, the Member State shall decide if the existing connection agreement needs to be revised or a new connection agreement is required and which requirements of this Regulation shall apply; or
(b) a regulatory authority or, where applicable, a Member State decides to make an existing transmission-connected demand facility, an existing transmission-connected distribution facility, an existing distribution system, or an existing demand unit subject to all or some of the requirements of this Regulation, following a proposal from the relevant TSO in accordance with paragraphs 3, 4 and 5.
(a) it is already connected to the network on the date of entry into force of this Regulation; or (b) the demand facility owner, DSO, or CDSO has concluded a final and binding contract for the purchase of the main demand equipment or the demand unit by two years after the entry into force of the Regulation. The demand facility owner, DSO, or CDSO must notify the relevant system operator and relevant TSO of the conclusion of the contract within 30 months after the entry into force of the Regulation.
(a) the costs, in regard to existing transmission-connected demand facilities, existing transmission-connected distribution facilities, existing distribution systems and existing demand units, of requiring compliance with this Regulation; (b) the socioeconomic benefit resulting from applying the requirements set out in this Regulation; and (c) the potential of alternative measures to achieve the required performance.
(a) carry out a preliminary qualitative comparison of costs and benefits; (b) obtain approval from the relevant regulatory authority or, where applicable, the Member State.
(a) apply the principles of proportionality and non-discrimination; (b) ensure transparency; (c) apply the principle of optimisation between the highest overall efficiency and lowest total costs for all parties involved; (d) respect the responsibility assigned to the relevant TSO in order to ensure system security, including as required by national legislation; (e) consult with relevant DSOs and take account of potential impacts on their system; (f) take into consideration agreed European standards and technical specifications.
(a) proposals to extend the applicability of this Regulation to existing transmission-connected demand facilities, existing transmission-connected distribution facilities, existing distribution systems and existing demand units in accordance with Article 4(3); (b) the report prepared in accordance with Article 48(3); (c) the cost-benefit analysis undertaken in accordance with Article 53(2); (d) the requirements for demand units specified in accordance with Article 28(2)(c),(e),(f),(k) and (l) and Article 29(2)(c) to (e).
(a) for transmission-connected demand facilities, the actual reactive power range specified by the relevant TSO for importing and exporting reactive power shall not be wider than 48 percent of the larger of the maximum import capacity or maximum export capacity (0,9 power factor import or export of active power), except in situations where either technical or financial system benefits are demonstrated, for transmission-connected demand facilities, by the transmission-connected demand facility owner and accepted by the relevant TSO; (b) for transmission-connected distribution systems, the actual reactive power range specified by the relevant TSO for importing and exporting reactive power shall not be wider than: (i) 48 percent (i.e. 0,9 power factor) of the larger of the maximum import capability or maximum export capability during reactive power import (consumption); and (ii) 48 percent (i.e. 0,9 power factor) of the larger of the maximum import capability or maximum export capability during reactive power export (production);
except in situations where either technical or financial system benefits are proved by the relevant TSO and the transmission-connected distribution system operator through joint analysis; (c) the relevant TSO and the transmission-connected distribution system operator shall agree on the scope of the analysis, which shall address the possible solutions, and determine the optimal solution for reactive power exchange between their systems, taking adequately into consideration the specific system characteristics, variable structure of power exchange, bidirectional flows and the reactive power capabilities in the distribution system; (d) the relevant TSO may establish the use of metrics other than power factor in order to set out equivalent reactive power capability ranges; (e) the reactive power range requirement values shall be met at the connection point; (f) by way of derogation from point (e), where a connection point is shared between a power generating module and a demand facility, equivalent requirements shall be met at the point defined in relevant agreements or national law.
(a) external and internal short circuit; (b) over- and under-voltage at the connection point to the transmission system; (c) over- and under-frequency; (d) demand circuit protection; (e) unit transformer protection; (f) back-up against protection and switchgear malfunction.
(a) isolated (network) operation; (b) damping of oscillations; (c) disturbances to the transmission network; (d) automatic switching to emergency supply and restoration to normal topology; (e) automatic circuit-breaker re-closure (on 1-phase faults).
(a) transmission network protection; (b) transmission-connected demand facility or transmission-connected distribution system protection; (c) frequency control (active power adjustment); (d) power restriction.
(a) each transmission-connected distribution system operator and, where specified by the TSO, transmission-connected demand facility owner, shall provide capabilities that enable automatic "low frequency" disconnection of a specified proportion of their demand. The relevant TSO may specify a disconnection trigger based on a combination of low frequency and rate-of-change-of-frequency; (b) the low frequency demand disconnection functional capabilities shall allow for disconnecting demand in stages for a range of operational frequencies; (c) the low frequency demand disconnection functional capabilities shall allow for operation from a nominal Alternating Current ("AC") input to be specified by the relevant system operator, and shall meet the following requirements: (i) frequency range: at least between 47-50 Hz, adjustable in steps of 0,05 Hz; (ii) operating time: no more than 150 ms after triggering the frequency setpoint; (iii) voltage lock-out: blocking of the functional capability shall be possible when the voltage is within a range of 30 to 90 % of reference 1 pu voltage; (iv) provide the direction of active power flow at the point of disconnection;
(d) the AC voltage supply used in providing low frequency demand disconnection functional capabilities, shall be provided from the network at the frequency signal measuring point, as used in providing functional capabilities in accordance with paragraph 1(c), so that the frequency of the low frequency demand disconnection functional capabilities supply voltage is the same as the one of the network.
(a) the relevant TSO may specify, in coordination with the transmission-connected distribution system operators, low voltage demand disconnection functional capabilities for the transmission-connected distribution facilities; (b) the relevant TSO may specify, in coordination with the transmission-connected demand facility owners, low voltage demand disconnection functional capabilities for the transmission-connected demand facilities; (c) based on the TSO's assessment concerning system security, the implementation of on load tap changer blocking and low voltage demand disconnection shall be binding for the transmission-connected distribution system operators; (d) if the relevant TSO decides to implement a low voltage demand disconnection functional capability, the equipment for both on load tap changer blocking and low voltage demand disconnection shall be installed in coordination with the relevant TSO; (e) the method for low voltage demand disconnection shall be implemented by relay or control room initiation; (f) the low voltage demand disconnection functional capabilities shall have the following features: (i) the low voltage demand disconnection functional capability shall monitor the voltage by measuring all three phases; (ii) blocking of the relays' operation shall be based on direction of either active power or reactive power flow.
(a) if required by the relevant TSO, the transformer at the transmission-connected distribution facility shall be capable of automatic or manual on load tap changer blocking; (b) the relevant TSO shall specify the automatic on load tap changer blocking functional capability.
(a) with regard to the capability of reconnection after a disconnection, the relevant TSO shall specify the conditions under which a transmission-connected demand facility or a transmission-connected distribution system is entitled to reconnect to the transmission system. Installation of automatic reconnection systems shall be subject to prior authorisation by the relevant TSO; (b) with regard to reconnection of a transmission-connected demand facility or a transmission-connected distribution system, the transmission-connected demand facility or the transmission-connected distribution system shall be capable of synchronisation for frequencies within the ranges set out in Article 12. The relevant TSO and the transmission-connected demand facility owner or the transmission-connected distribution system operator shall agree on the settings of synchronisation devices prior to connection of the transmission-connected demand facility or the transmission-connected distribution system, including voltage, frequency, phase angle range and deviation of voltage and frequency; (c) a transmission-connected demand facility or a transmission-connected distribution facility shall be capable of being remotely disconnected from the transmission system when required by the relevant TSO. If required, the automated disconnection equipment for reconfiguration of the system in preparation for block loading shall be specified by the relevant TSO. The relevant TSO shall specify the time required for remote disconnection.
(a) steady and dynamic states, including 50 Hz component; (b) electromagnetic transient simulations at the connection point; (c) structure and block diagrams.
(a) power control; (b) voltage control; (c) transmission-connected demand facility and transmission-connected distribution system protection models; (d) the different types of demand, that is to say electro technical characteristics of the demand; and (e) converter models.
(a) an energisation operational notification (EON); (b) an interim operational notification (ION); (c) a final operational notification (FON).
(a) an itemised statement of compliance; (b) detailed technical data of the transmission-connected demand facility, the transmission-connected distribution facility or the transmission-connected distribution system relevant to the grid connection as specified by the relevant TSO; (c) equipment certificates issued by an authorised certifier in respect of transmission-connected demand facilities, transmission-connected distribution facilities and transmission-connected distribution systems, where these are relied upon as part of the evidence of compliance; (d) simulation models, as specified in Article 21 and required by the TSO; (e) studies demonstrating expected steady-state and dynamic performance as required in Articles 43, 46 and 47; (f) details of intended practical method of completing compliance tests according to Chapter 2 of Title IV.
(a) an itemised statement of compliance; and (b) an update of the applicable technical data, simulation models and studies as referred to in points (b), (d) and (e) of Article 24(3), including the use of actual measured values during testing.
(a) the facility is temporarily subject to either significant modification or loss of capability affecting its performance; or (b) equipment failure leading to non-compliance with some relevant requirements.
(a) the unresolved issues justifying the granting of the LON; (b) the responsibilities and timescales for expected solution; and (c) a maximum period of validity which shall not exceed 12 months. The initial period granted may be shorter with the possibility of an extension if evidence is submitted to the satisfaction of the relevant TSO demonstrating that substantial progress has been made towards achieving full compliance.
(a) remotely controlled: (i) demand response active power control; (ii) demand response reactive power control; (iii) demand response transmission constraint management.
(b) autonomously controlled: (i) demand response system frequency control; (ii) demand response very fast active power control.
(a) be capable of operating across the frequency ranges specified in Article 12(1) and the extended range specified in Article 12(2); (b) be capable of operating across the voltage ranges specified in Article 13 if connected at a voltage level at or above 110 kV; (c) be capable of operating across the normal operational voltage range of the system at the connection point, specified by the relevant system operator, if connected at a voltage level below 110 kV. This range shall take into account existing standards and shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (d) be capable of controlling power consumption from the network in a range equal to the range contracted, directly or indirectly through a third party, by the relevant TSO; (e) be equipped to receive instructions, directly or indirectly through a third party, from the relevant system operator or the relevant TSO to modify their demand and to transfer the necessary information. The relevant system operator shall make publicly available the technical specifications approved to enable this transfer of information. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (f) be capable of adjusting its power consumption within a time period specified by the relevant system operator or the relevant TSO. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (g) be capable of full execution of an instruction issued by the relevant system operator or the relevant TSO to modify its power consumption to the limits of the electrical protection safeguards, unless a contractually agreed method is in place with the relevant system operator or relevant TSO for the replacement of their contribution (including aggregated demand facilities' contribution through a third party); (h) once a modification to power consumption has taken place and for the duration of the requested modification, only modify the demand used to provide the service if required by the relevant system operator or relevant TSO to the limits of the electrical protection safeguards, unless a contractually agreed method is in place with the relevant system operator or relevant TSO for the replacement of their contribution (including aggregated demand facilities' contribution through a third party). Instructions to modify power consumption may have immediate or delayed effects; (i) notify the relevant system operator or relevant TSO of the modification of demand response capacity. The relevant system operator or relevant TSO shall specify the modalities of the notification; (j) where the relevant system operator or the relevant TSO, directly or indirectly through a third party, command the modification of the power consumption, enable the modification of a part of its demand in response to an instruction by the relevant system operator or the relevant TSO, within the limits agreed with the demand facility owner or the CDSO and according to the demand unit settings; (k) have the withstand capability to not disconnect from the system due to the rate-of-change-of-frequency up to a value specified by the relevant TSO. With regard to this withstand capability, the value of rate-of-change-of-frequency shall be calculated over a 500 ms time frame. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (l) where modification to the power consumption is specified via frequency or voltage control, or both, and via pre-alert signal sent by the relevant system operator or the relevant TSO, be equipped to receive, directly or indirectly through a third party, the instructions from the relevant system operator or the relevant TSO, to measure the frequency or voltage value, or both, to command the demand trip and to transfer the information. The relevant system operator shall specify and publish the technical specifications approved to enable this transfer of information. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1).
(a) be capable of operating across the frequency ranges specified in Article 12(1) and the extended range specified in Article 12(2); (b) be capable of operating across the voltage ranges specified in Article 13 if connected at a voltage level at or above 110 kV; (c) be capable of operating across the normal operational voltage range of the system at the connection point, specified by the relevant system operator, if connected at a voltage level below 110 kV. This range shall take into account existing standards, and shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (d) be equipped with a control system that is insensitive within a dead band around the nominal system frequency of 50,00 Hz, of a width to be specified by the relevant TSO in consultation with the TSOs in the synchronous area. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1); (e) be capable of, upon return to frequency within the dead band specified in paragraph 2(d), initiating a random time delay of up to 5 minutes before resuming normal operation. The maximum frequency deviation from nominal value of 50,00 Hz to respond to shall be specified by the relevant TSO in coordination with the TSOs in the synchronous area. For demand units connected at a voltage level below 110 kV, these specifications shall, prior to approval in accordance with Article 6, be subject to consultation with the relevant stakeholders in accordance with Article 9(1). The demand shall be increased or decreased for a system frequency above or below the dead band of nominal (50,00 Hz) respectively; (f) be equipped with a controller that measures the actual system frequency. Measurements shall be updated at least every 0,2 seconds; (g) be able to detect a change in system frequency of 0,01 Hz, in order to give overall linear proportional system response, with regard to the demand response system frequency control's sensitivity and accuracy of the frequency measurement and the consequent modification of the demand. The demand unit shall be capable of a rapid detection and response to changes in system frequency, to be specified by the relevant TSO in coordination with the TSOs in the synchronous area. An offset in the steady-state measurement of frequency shall be acceptable up to 0,05 Hz.
(a) a change of active power related to a measure such as the rate-of-change-of-frequency for that portion of its demand; (b) the operating principle of this control system and the associated performance parameters; (c) the response time for very fast active power control, which shall not be longer than 2 seconds.
(a) demand units within a demand facility or a closed distribution system connected at a voltage level of or below 1000 V;(b) demand units within a demand facility or a closed distribution system connected at a voltage level above 1000 V.
(a) the location at which the demand unit with demand response is connected to the network; (b) the maximum capacity of the demand response installation in kW; (c) the type of demand response services; (d) the demand unit certificate and the equipment certificate as relevant for the demand response service, or if not available, equivalent information; (e) the contact details of the demand facility owner, the closed distribution system operator or the third party aggregating the demand units from the demand facility or the closed distribution system.
(a) all documentation and certificates to be provided by the demand facility owner, the DSO or the CDSO; (b) details of the technical data required from the transmission-connected demand facility, the transmission-connected distribution facility, the distribution system, or the demand unit, with relevance to the grid connection or operation; (c) requirements for models for steady-state and dynamic system studies; (d) timeline for the provision of system data required to perform the studies; (e) studies by the demand facility owner, the DSO or the CDSO for demonstrating expected steady-state and dynamic performance referring to the requirements set forth in Articles 43, 44 and 45; (f) conditions and procedures including scope for registering equipment certificates; (g) conditions and procedures for the use of relevant equipment certificates issued by an authorised certifier by the demand facility owner, the DSO or the CDSO.
(a) allow the demand facility owner, the DSO or the CDSO to carry out an alternative set of tests, provided that those tests are efficient and suffice to demonstrate that a demand facility or a distribution system complies with the requirements of this Regulation; and (b) require the demand facility owner, the DSO or the CDSO to carry out additional or alternative sets of tests in those cases where the information supplied to the relevant system operator in relation to compliance testing under the provisions of Articles 37 to 41, is not sufficient to demonstrate compliance with the requirements of this Regulation.
(a) the technical capability of the demand unit used by a demand facility or a closed distribution system to provide demand response active power control, demand response reactive power control or demand response transmission constraint management to modify its power consumption, after receiving an instruction from the relevant system operator or relevant TSO, within the range, duration and time frame previously agreed and established in accordance with Article 28, shall be demonstrated, either individually or collectively as part of demand aggregation through a third party; (b) the test shall be carried out either by an instruction or alternatively by simulating the receipt of an instruction from the relevant system operator or relevant TSO and adjusting the power demand of the demand facility or the closed distribution system; (c) the test shall be deemed passed, provided that the conditions specified by the relevant system operator or relevant TSO pursuant to Article 28(2)(d)(f)(g)(h)(k) and (l) are fulfilled; (d) an equipment certificate may be used instead of part of the tests provided for in paragraph 1(b), on the condition that it is provided to the relevant system operator or relevant TSO.
(a) the technical capability of the demand unit used by a demand facility owner or closed distribution system operator to provide demand response active power control, demand response reactive power control or demand response transmission constraint management to disconnect or reconnect, or both, its static compensation facility when receiving an instruction from the relevant system operator or relevant TSO, in the time frame expected in accordance with Article 28, shall be demonstrated, either individually or collectively as part of demand aggregation through a third party; (b) the test shall be carried out by simulating the receipt of an instruction from the relevant system operator or relevant TSO and subsequently disconnecting the static compensation facility, and by simulating the receipt of an instruction from the relevant system operator or relevant TSO and subsequently reconnecting the facility; (c) the test shall be deemed passed, provided that the conditions specified by the relevant system operator or relevant TSO pursuant to Article 28(2)(d)(f)(g)(h)(k) and (l) are fulfilled.
(a) a new connection to the transmission system is required; (b) a new demand unit used by a demand facility or a closed distribution system to provide demand response very fast active power control to a relevant TSO has been contracted in accordance with Article 30; (c) a further development, replacement or modernisation of equipment takes place; (d) alleged incompliance by the relevant system operator with the requirements of this Regulation.
(a) allow the demand facility owner, the DSO or the CDSO to carry out an alternative set of simulations, provided that those simulations are efficient and suffice to demonstrate that a demand facility or a distribution system complies with the requirements of this Regulation or with national legislation; and (b) require the demand facility owner, the DSO or the CDSO to carry out additional or alternative sets of simulations in those cases where the information supplied to the relevant system operator in relation to compliance simulation under the provisions of Articles 43, 44 and 45, is not sufficient to demonstrate compliance with the requirements of this Regulation.
(a) a steady-state load flow simulation model of the network of the transmission-connected distribution system shall be used in order to calculate the reactive power exchange under different load and generation conditions; (b) a combination of steady-state minimum and maximum load and generation conditions resulting in the lowest and highest reactive power exchange shall be part of the simulations; (c) calculating the reactive power export at an active power flow of less than 25 % of the maximum import capability at the connection point shall be part of the simulations in accordance with Article 15.
(a) the transmission-connected demand facility without onsite generation's reactive power capability at the connection point shall be demonstrated; (b) a load flow simulation model of the transmission-connected demand facility shall be used to calculate the reactive power exchange under different load conditions. Minimum and maximum load conditions resulting in the lowest and highest reactive power exchange at the connection point shall be part of the simulations; (c) the simulation shall be deemed passed if the results demonstrate compliance with the requirements set out in Article 15(1) and (2).
(a) a load flow simulation model of the transmission-connected demand facility shall be used to calculate the reactive power exchange under different load conditions and under different generation conditions; (b) a combination of minimum and maximum load and generation conditions resulting in the lowest and highest reactive power capability at the connection point shall be part of the simulations; (c) the simulation shall be deemed passed if the results demonstrate compliance with the requirements set out in Article 15(1) and (2).
(a) the transmission-connected distribution facility shall be equipped with necessary equipment to measure the active and reactive power, in accordance with Article 15; and (b) the relevant system operator shall specify the time frame for compliance monitoring.
(a) the transmission-connected demand facility shall be equipped with necessary equipment to measure the active and reactive power, in accordance with Article 15; and (b) the relevant system operator shall specify the time frame for compliance monitoring.
(a) include the cost-benefit analysis and a recommendation on how to proceed; (b) include a proposal for a transitional period for applying the requirement to existing transmission-connected demand facilities, existing transmission-connected distribution facilities, existing distribution systems and existing demand units. That transitional period shall not be more than two years from the date of the decision of the regulatory authority or where applicable the Member State on the requirement's applicability; (c) be subject to public consultation in accordance with Article 9.
(a) an operational notification procedure for demonstrating the implementation of the requirements by the existing transmission-connected demand facilities, existing transmission-connected distribution facilities, existing distribution systems and existing demand units used by a demand facility or a closed distribution system to provide demand response services to relevant system operators and relevant TSOs; (b) a transitional period for implementing the requirements which shall take into account the classes of transmission-connected demand facilities, transmission-connected distribution facilities, distribution systems and demand units used by a demand facility or a closed distribution system to provide demand response services to relevant system operators and relevant TSOs and any underlying obstacles to the efficient implementation of the equipment modification/refitting.
(a) the relevant TSO, demand facility owner or prospective owner, DSO/CDSO or prospective operator, shall base its cost-benefit analysis on one or more of the following calculating principles: (i) the net present value; (ii) the return on investment; (iii) the rate of return; (iv) the time needed to break even;
(b) the relevant TSO, demand facility owner or prospective owner, DSO/CDSO or prospective operator, shall also quantify socioeconomic benefits in terms of improvement in security of supply and shall include at least: (i) the associated reduction in probability of loss of supply over the lifetime of the modification; (ii) the probable extent and duration of such loss of supply; (iii) the societal cost per hour of such loss of supply;
(c) the relevant TSO, demand facility owner or prospective owner, DSO/CDSO or prospective operator, shall quantify the benefits to the internal market in electricity, cross-border trade and integration of renewable energies, including at least: (i) the active power frequency response; (ii) the balancing reserves; (iii) the reactive power provision; (iv) congestion management; (v) defence measures;
(d) the relevant TSO shall quantify the costs of applying the necessary rules to existing transmission-connected demand facilities, existing transmission-connected distribution facilities, existing distribution systems, or existing demand units, including at least: (i) the direct costs incurred in implementing a requirement; (ii) the costs associated with attributable loss of opportunity; (iii) the costs associated with resulting changes in maintenance and operation.
(a) an identification of the demand facility owner or prospective owner, the DSO/CDSO or prospective operator, and a contact person for any communications; (b) a description of the transmission-connected demand facility, the transmission-connected distribution facility, the distribution system, or the demand unit for which a derogation is requested; (c) a reference to the provisions of this Regulation from which a derogation is requested and a detailed description of the requested derogation; (d) detailed reasoning, with relevant supporting documents and cost-benefit analysis pursuant to the requirements of Article 49; (e) demonstration that the requested derogation would have no adverse effect on cross-border trade.
(a) the regulatory authority decides to provide an extension; or (b) the demand facility owner or prospective owner, or the DSO/CDSO or prospective operator, informs the regulatory authority by means of a reasoned submission that the request for a derogation is complete.
(a) identification of the relevant system operator or relevant TSO, and a contact person for any communications; (b) a description of the transmission-connected demand facility, the transmission-connected distribution facility, the distribution system, or the demand unit for which a derogation is requested and the total installed capacity and number of transmission-connected demand facilities, transmission-connected distribution facilities, distribution systems, or demand units; (c) the requirement or requirements of this Regulation for which a derogation is requested, with a detailed description of the requested derogation; (d) detailed reasoning, with all relevant supporting documents; (e) demonstration that the requested derogation would have no adverse effect on cross-border trade; (f) a cost-benefit analysis pursuant to the requirements of Article 49. If applicable, the cost-benefit analysis shall be carried out in coordination with the relevant TSO and any adjacent DSO.
(a) the regulatory authority decides to provide an extension; or (b) the relevant system operator informs the regulatory authority by means of a reasoned submission that the request for a derogation is complete.
(a) the requirement or requirements for which the derogation is granted or refused; (b) the content of the derogation; (c) the reasons for granting or refusing the derogation; (d) the consequences resulting from granting the derogation.
(a) identification of any divergences in the national implementation of this Regulation; (b) assessment of whether the choice of values and ranges in the requirements applicable to transmission-connected demand facilities, transmission-connected distribution facilities, distribution systems and demand units under this Regulation continues to be valid.
Synchronous area | Frequency range | Time period for operation |
---|---|---|
47,5 Hz-48,5 Hz | To be specified by each TSO, but not less than 30 minutes | |
48,5 Hz-49,0 Hz | To be specified by each TSO, but not less than the period for 47,5 Hz-48,5 Hz | |
49,0 Hz-51,0 Hz | Unlimited | |
51,0 Hz-51,5 Hz | 30 minutes | |
47,5 Hz-48,5 Hz | 30 minutes | |
48,5 Hz-49,0 Hz | To be specified by each TSO, but not less than 30 minutes | |
49,0 Hz-51,0 Hz | Unlimited | |
51,0 Hz-51,5 Hz | 30 minutes | |
47,0 Hz-47,5 Hz | 20 seconds | |
47,5 Hz-48,5 Hz | 90 minutes | |
48,5 Hz-49,0 Hz | To be specified by each TSO, but not less than 90 minutes | |
49,0 Hz-51,0 Hz | Unlimited | |
51,0 Hz-51,5 Hz | 90 minutes | |
51,5 Hz-52,0 Hz | 15 minutes | |
47,5 Hz-48,5 Hz | 90 minutes | |
48,5 Hz-49,0 Hz | To be specified by each TSO, but not less than 90 minutes | |
49,0 Hz-51,0 Hz | Unlimited | |
51,0 Hz-51,5 Hz | 90 minutes | |
47,5 Hz-48,5 Hz | To be specified by each TSO, but not less than 30 minutes | |
48,5 Hz-49,0 Hz | To be specified by each TSO, but not less than the period for 47,5 Hz-48,5 Hz | |
49,0 Hz-51,0 Hz | Unlimited | |
51,0 Hz-51,5 Hz | To be specified by each TSO, but not less than 30 minutes |
Synchronous area | Voltage range | Time period for operation |
---|---|---|
0,90 pu-1,118 pu | Unlimited | |
1,118 pu-1,15 pu | To be specified by each TSO but not less than 20 minutes and not more than 60 minutes | |
0,90 pu-1,05 pu | Unlimited | |
1,05 pu-1,10 pu | 60 minutes | |
0,90 pu-1,10 pu | Unlimited | |
0,90 pu-1,118 pu | Unlimited | |
0,90 pu-1,118 pu | Unlimited | |
1,118 pu-1,15 pu | 20 minutes |
Synchronous area | Voltage range | Time period for operation |
---|---|---|
0,90 pu-1,05 pu | Unlimited | |
1,05 pu-1,10 pu | To be specified by each TSO but not less than 20 minutes and not more than 60 minutes | |
0,90 pu-1,05 pu | Unlimited | |
1,05 pu-1,10 pu | To be specified by each TSO but not more than 60 minutes | |
0,90 pu-1,05 pu | Unlimited | |
1,05 pu-1,10 pu | 15 minutes | |
0,90 pu-1,05 pu | Unlimited | |
0,90 pu-1,097 pu | Unlimited | |
1,097 pu-1,15 pu | 20 minutes |