Substation. The Village agrees to house certain motor fire apparatus, to be selected by the Village, at a substation building presently leased by the Village from the New Paltz Fire Company, Inc., at the intersection of Xxxxx X. Xxxxxx Drive and North Putt Corners Road in the Town of New Paltz. The Town shall be responsible for removal of snow from the parking lot and driveways of the substation properties.
Substation. 1.4 Construction (For each item below, identify when started, if continuing and when completed)
Substation. The existing SPPCo. Steamboat 120 kV substation will be expanded to accommodate the equipment to interconnect to the Far West generation plant. The substation design that SPPCo. has determined to be a minimum will require the addition of two 120 kV circuit breakers in the Steamboat substation. It should be noted that with this design, a single breaker failure or maintenance of certain elements will cause Far West to be out of service. Because of this possibility, SPPCo. recommends that Far West agree to a more extensive design including an additional circuit breaker (see Appendix D). The additional breaker would be required for the proposed potential 64 MW.
Substation. [As provided in the Project Proposal Document]
Substation. The power substation at 21KV - medium voltage - is serviced by the Eletropaulo distributor. Through transformers in N+N configuration, the voltage is lowered to 480V that internally and independently feed the air-conditioning system and UPS systems. The total system capacity is 9MVA.
Substation. The power substation at 21KV - medium voltage - is serviced by the Eletropaulo distributor. Through transformers in N+N configuration, the voltage is lowered to 480V that internally and independently feed the air-conditioning system and UPS systems. The total system capacity is 9MVA. The information contained in this document is confidential and may not be published or disclosed without the prior written permission of UOLDIVEO. Xxx Xxxxxxx Xxxxxx 000. São Paulo-SP. CEP 04530-030. xxx.xxxxxxxx.xxx.xx EXECUTION VERSION TECHNICAL PROPOSAL UOLDIVEO-OPT-17/21629-A Electrical Distribution: The electrical network available for the equipment at 208VAC is composed of circuits segmented by sectored boards that distribute power to the plug strips for each rack or equipment. Each circuit is individually protected by a circuit breaker and short-circuit detector. Nobreak System: Each floor of the Data Center has two 1,000 kVA nobreak lines, also known as a UPS, in the N+1 configuration per line. The UPSs have redundant battery banks with 12-minute autonomy at full load. Each UPS set feeds, in cross-configuration, two static switches that in turn feed each of the two busways of power to the floor. This scheme allows for maintenance on any of the lines without the servers stopping. Generator Engine Group: The power continuity in the DC is guaranteed by 4 3MVA generators each configured in an N+1 system. Feeding the generators, there are tanks holding a total of 34,000 liters of diesel. Load Bank: For the predictive and preventive maintenance of Data Center systems, it is possible to install a Load Bank that makes it feasible, in a simple and economical way, to carry out these tests, certifying the reliability of the system. Cooling System: The Glete UOLDIVEO Data Center air-conditioning system features a dual-ring, redundant cold water architecture, fed by a set of air cooled Chillers in N+1 configuration. The ring feeds the precision Fan-Coils with cold water located on each floor. This architecture allows the maintenance on pipes and equipment to be carried out without interrupting the functioning of the air conditioning for the floors. The temperature and humidity control of the floors is automatic, controlled and monitored by the manufacturer’s own cooling system and is integrated with the BMS. • The system is composed of 6 Air cooled Chillers of 350TR configured in N+1 redundancy, totaling a cooling capacity of 1750TR (21,000,000 BTU); • Each floor, in maximum config...
Substation. There are existing electricity substation assets within the proposed Development site. The substation ventilation openings, including substation duct openings and louvered panels, must be separated from building air intake and exhaust openings, natural ventilation openings and boundaries of adjacent allotments, by separation distances which meet the requirements of all relevant authorities, building regulations, SCHEDULE 2 BCA and Australian Standards including AS 1668.2: The use of ventilation and air-conditioning in buildings - Mechanical ventilation in buildings. In addition to above, Ausgrid requires the substation ventilation openings, including duct openings and louvered panels, to be separated from building ventilation system air intake and exhaust openings, including those on buildings on adjacent allotments, by not less than 6 metres. Exterior parts of buildings within 3 metres in any direction from substation ventilation openings, including duct openings and louvered panels, must have a fire rating level (FRL) of not less than 180/180/180 where the substation contains oil-filled equipment, or 120/120/120 where there is no oil filled equipment and be constructed of non-combustible material. The development must comply with both the Reference Levels and the precautionary requirements of the ICNIRP Guidelines for Limiting Exposure to Time-varying Electric and Magnetic Fields (1 HZ – 100 kHZ) (ICNIRP 2010). For further details on fire segregation requirements refer to Ausgrid's Network Standard 113. Existing Ausgrid easements, leases and/or right of ways must be maintained at all times to ensure 24 hour access. No temporary or permanent alterations to this property tenure can occur without written approval from Ausgrid. For further details refer to Ausgrid’s Network Standard 143. The prescribed conditions in accordance with Clause 98 of the Environmental Planning and Assessment Regulation 2000 apply to the development. Clause 98 Compliance with Building Code of Australia and insurance requirements under the Home Building Act 1989 Clause 98A Erection of signs Clause 98B Notification of Home Building Act 1989 requirement Clause 98C Conditions relating to entertainment venues Clause 98D Conditions relating to maximum capacity signage Clause 98E Conditions relating to shoring and adequacy of adjoining property Refer to the NSW State legislation for full text of the clauses under Division 8A of the Environmental Planning and Assessment Regulation 2000. Th...
Substation. “In 1988, a new substation was constructed to replace BC Hydro’s Royal Substation. The new substation is owned by the City and is known as “Royal No. 2 Substation” (R2 Substation).” … “Under a separate agreement, BC Hydro agreed to operate and maintain the R2 Substation on a cost-recovery basis. These arrangements were subsequently renewed or extended.”
Substation. The design shall include a 115kV switch in the vicinity of the Four Lakes substation on each of the 115kV transmission lines running to the north, to the east, and to the southeast (Attachment B, Option 1). The design does not require SCADA-connected motor operators on the switches, but the switches may be specified in a manner that they can have this functionality added at a later time if Avista, IPL, or CoC desires that functionality be added in the future. Any work involving reconfiguring, retiring, or otherwise altering the existing 115kV switch structures at Four Lakes or associated 115kV bus is to be confined to Task 2. This new design described as Task 1 shall include estimated total project cost, timeline to construct, and a description of the proposed work including relevant drawings and plans. IPL is requesting Avista and CoC attend periodic virtualized project management meetings to provide updates on progress of Task 1 and ask / answer questions. These meetings are intended to aid in the execution of the project and may be deferred or cancelled as needed. IPL and CoC will both provide a primary point of contact for the project for incidental questions.
Substation. 7. Control Building (1 unit)
