Storage capacities Clause Samples
The 'Storage capacities' clause defines the amount of storage space that will be provided or made available under an agreement. It typically specifies the maximum volume or data size that a party can use, such as gigabytes for digital storage or cubic meters for physical goods. This clause ensures both parties have a clear understanding of storage limits, helping to prevent disputes over resource allocation and manage expectations regarding service or facility usage.
Storage capacities. 1. Throughout the time the Contract is effective the Storage Operator undertakes to provide the Storage User within the Service the following storage capacities adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Contract, Code and generally binding legal regulations. Storage year 2019/2020 Storage capacity [●] MWh Max. daily withdrawal output [●] MWh / day Max. daily injection output [●] MWh / day
2. Injection and withdrawal curves are given in Annex No. 1 which forms integral part of this Contract.
Storage capacities. 1. The Storage Operator undertakes to provide the Storage User throughout the duration of the Agreement within the storage service the storage capacity specified in the table below adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Agreement, Code and generally binding legal regulations. Storage period Reserved storage Max daily Max daily withdrawal capacity in m3 injecting input in output in m3/day m3/day 1.4.2019, 06:00 a.m. – [●] [●] [●] 1.4.2020, 06:00 a.m.
2. Injection and withdrawal curve are given in Annex No. 1 which forms integral part of this Agreement.
Storage capacities. 1. Throughout the time the Contract is effective the Storage Operator undertakes to provide the Storage User within the Service the following storage capacities adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Contract, Code and generally binding legal regulations. Storage period from the gas day following the day of signing of the gas storage agreement until 1.4. 2023, 6:00 a.m. (CE(S)T) Storage capacity [●] MWh Max. daily withdrawal output [●] MWh / day Max. daily injection output [●] MWh / day
2. Injection and withdrawal curves are given in Annex No. 1 which forms integral part of this Contract.
Storage capacities. 1. Throughout the time the Contract is effective the Storage Operator undertakes to provide the Storage User within the Service the following storage capacities and with the constraints stated in this Contract, Code and generally binding legal regulations. Storage period 1.4.2024, 6:00 h – 1.4.2025, 6:00 h Storage capacity 0 MWh Daily withdrawal output [●] MWh / day Daily injection output 0 MWh / day
Storage capacities. 1. The Storage Operator undertakes to provide the Storage User throughout the duration of the Agreement within the storage service the storage capacity specified in the table below adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Agreement, Code and generally binding legal regulations. 1.8.2024, 06:00 a.m. – 1.4.2025, 06:00 a.m. [●] [●] [●]
2. Injection and withdrawal curve are given in Annex No. 1 which forms integral part of this Agreement.
Storage capacities. 1. The Storage Operator undertakes to provide the Storage User throughout the duration of the Contract within the storage service the storage capacity specified in the table below adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Agreement, Code and generally binding legal regulations. Storage period Reserved storage Max daily injecting Max daily withdrawal capacity in MWh input in MWh/day output in MWh/day 1.8.2020 06:00 a.m. – [●] [●] [●] 1.4.2021, 06:00 a.m. 2. Injection curve is given in Annex No. 1 which forms integral part of this Agreement. 3. In the period from 1.8.2020, 6:00 CEST till 1.1.2021, 6:00 CET there is no withdrawal output available (withdrawal is not possible). 4. In the period from 17.8.2020, 6:00 CEST till 29.8.2020, 6:00 CEST and 14.9.2020, 6:00 CEST till 22.9.2020, 6:00 CEST there is no injection input available (injection is not possible).
Storage capacities. 1. Throughout the time the Contract is effective the Storage Operator undertakes to provide the Storage User within the Service the following storage capacities adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Contract, Code and generally binding legal regulations. Storage period 1.4.2022 – 1.4.2023 Storage capacity 0 MWh Max. daily withdrawal output [●] MWh / day Max. daily injection output 0 MWh / day
1. The overall monthly storage price for each storage day of the storage period shall be based on the unit price achieved in the electronic auction held on [●]. The price shall be calculated according the following equation PU = PF + K Where: PU represents a daily unit price of the maximum withdrawal output and is established in CZK per 1 MWh/day of the reserved maximum withdrawal output; PF represents fixed costs equal to 2.00 CZK per 1 MWh/day of the reserved maximum withdrawal output. K represents a coefficient achieved in the Auction for every gas day in storage period K [●] CZK/MWh
2. Unless otherwise stated, all the price provision associated with the word “month” shall be considered for the gas month period, and those associated with the word “year” shall be considered for the storage year period.
Storage capacities. 1. The Storage Operator undertakes to provide the Storage User throughout the duration of the Agreement within the storage service the storage capacity specified in the table below adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Agreement, Code and generally binding legal regulations. 1.4.2025, 06:00 a.m. – 1.4.2026, 06:00 a.m. [●] [●] [●]
2. The parties agree that the Storage capacities mentioned above may be proportionately adjusted based on the quantity of rejected Storage Capacity, in accordance with the process detailed in part “III. Option to reject Storage capacity” of this Agreement. In such an event, the revised quantity of reserved storage capacity will be confirmed via notification sent from the Storage Operator’s e-mail address, ▇▇▇▇▇@▇▇▇-▇▇.▇▇, to the Storage User’s e-mail address [●].
3. Injection and withdrawal curve are given in Annex No. 1 which forms integral part of this Agreement.
Storage capacities. 1. Throughout the time the Contract is effective the Storage Operator undertakes to provide the Storage User within the Service the following storage capacities adjusted according to the injection curve and withdrawal curve which are bound to the amount of Storage User-stored gas (identified in Storage User’s account) and with the constraints stated in this Contract, Code and generally binding legal regulations. Storage period from 1. 4. 2025, 6:00 a.m. until 1. 4. 2026, 6:00 a.m. (CE(S)T) from 1. 4. 2026, 6:00 a.m. until 1. 4. 2027, 6:00 a.m. (CE(S)T) Storage capacity [●] MWh [●] MWh Max. daily withdrawal output [●] MWh / day [●] MWh / day Max. daily injection output [●] MWh / day [●] MWh / day
2. Injection and withdrawal curves are given in Annex No. 1 which forms integral part of this Contract.
Storage capacities. Heavy Fuel m3 Diesel Oil (MGO)Tank m3 Lube Oil – Engine m3 Drilling water m3 Potable water m3 Active liquid mud m3