Power System Sample Clauses

Power System a) The CONCESSIONAIRE is responsible for designing, installing, operating and maintaining a power system for each BASE STATION with a minimum autonomy of energy support in case of commercial supply failure, which allows it to comply with the Service Availability Indicator supervised by OSIPTEL. b) The CONCESSIONAIRE shall consider that the BASE STATION must have: ● AC Power Panel with input for Generator Set. ● An overvoltage and transient protective device (SPD type 1). ● A Rectifier with a battery bank with a minimum autonomy that allows it to comply with the Service Availability Indicator supervised by OSIPTEL.
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Power System. The PCMS shall run on solar-powered batteries and shall be have the capability to be connected to standard line voltage for recharging purposes. 2.14.1 Solar-powered batteries system shall conform to the following:
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Power System. We guarantee that data center HVAC and power will be functioning 100% of the time in any given monthly billing period, excluding scheduled maintenance. A Power system interruption exists when cloud Servers downtime occurs as a result of power or heat problems.
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Power System. All Microsoft Robotic Partners producing MARK Kits should have at the very least a good understanding of basic electrical safety and an awareness of the potential hazards associated with working with electrical products. Moreover, they should be knowledgeable about ways to reduce and eliminate potential hazards such as use of insulation, guarding, electrical protection devices, and safe work practices. The power system must provide power for all of the robot components, except for the laptop which is optional. This includes power for the following devices: • Kinect (regulated 12V at 1.1A) • Motors and motor controllers • Robot IO Controller • Proximity Sensors Additional regulated power (5V, 3.3V) is optional. It is desirable that there are lights or LEDs on the robot that are illuminated when the power is on, but there is no requirement for a separate power light if other components have lights. An indication of low battery level is also desirable. SLA batteries will survive a heavy discharge (although it is not good for them) but this might result in erratic behavior if the main voltage regulator cannot maintain 12V with a very low input voltage. It is recommended that the battery voltage be read via an analog input so that applications can respond to low battery situations. The following photograph shows the key components of the power system including a voltage regulator, power rails, power switches and charging connector. (Lights are an optional extra). There should be separate switches for main battery power and the power to the motors (or H-Bridges) in an easily accessible location. This allows the motors to be disabled independently of the main power. All switches must be clearly labeled. They must be rated to handle the maximum expected voltage and current. The following photograph shows another possible implementation of the power switches. Note that it is different from the solution in the previous photograph. It is also desirable to have a Quick Stop switch that is readily accessible. This can be used to stop the robot in the event of a software or hardware malfunction. All necessary power wiring must be supplied in the appropriate lengths and with the necessary connectors already fitted (crimped or soldered on). Connectors must be appropriately rated and wiring must be sized to handle the maximum possible current. Fuse(s) should be included in the power circuit(s). Power rails must include at least one spare connection for 12V power. If additi...
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Power System. A. Rights of HNRC to Tap into Power System. Subject to the terms ------------------------------------------ and conditions set forth in this Section 3.5 and to the extent that Hospah and SFPMC have the right and power to do so, Hospah and SFPMC (to the extent of their respective interests) hereby grant unto HNRC, its successors and assigns, the right to tap into and take electrical power from the Power System for use in connection with the Landfill Project, provided that such taking of power by HNRC does not deprive Hospah or SFPMC of any electrical power required by them in connection with the operation of the Mesquite Mine. HNRC shall have the right (to the extent that Hospah and SFPMC have the right and power to grant it) to tap into the Power System at any point of HNRC's choosing and to construct, operate, maintain, repair and remove an electrical tap substation and/or electrical distribution lines (collectively, the "Electrical Tap Facilities") to tap, transmit and distribute electrical power from the Power System to the Landfill Project, provided that neither the point at which the Electrical Tap Facilities connect to the Power System nor the selected route of any associated distribution lines shall interfere with or cause a Material Adverse Effect upon the operations of the Mesquite Mine. All electrical power taken or tapped by HNRC from the Power System shall be separately and accurately metered. Prior to construction of the Electrical Tap Facilities, the Parties shall agree in, writing upon a mutually agreeable route and location for the Electrical Tap Facilities to the extent such route or location impacts Hospah Owned or SFPMC Leased Property. Upon request by HNRC, Hospah and SFPMC shall execute and deliver to HNRC a recordable instrument, evidencing that Hospah and SFPMC (to the extent of their respective interests) have granted and conveyed unto HNRC a non-exclusive Easement to construct, operate, maintain, repair and remove the Electrical Tap Facilities. HNRC shall bear and pay all costs and expenses associated with the construction, operation, maintenance, repair or removal of the Electrical Tap Facilities. HNRC shall indemnify the Hospah Indemnitees against all Losses resulting from Third Party Claims that arise out of the construction, operation, maintenance, repair, or removal of the Electrical Tap Facilities.
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Power System. Electrical power will be provided by Kaua‘i Island Utility Cooperative (KIUC) via the existing overhead electrical distribution system running along Moi Road. Preliminary discussions with KIUC indicate there is existing capacity to support the Project. New KIUC underground infrastructure is anticipated and will likely follow the alignment of the new roadways within road right-of-way.
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Power System. The equipment consumption shall be presented, as follows: Ericsson answer: complies with the specification. Power Consumption RBS 2206 RBS Cabinet(Fully Equiped) Power Supply Voltage Maximum Power Consumption 3.9/5.7 kW(1) 3.2 kW 3.8 kW (1) Power consumption during maximum battery charging. Power Consumption RBS 2206 V2 RBS Cabinet(Fully Equiped) Power Supply Voltage Maximum Power Consumption 3.3/4.1 kW(2) 3.2/5.1 kW 3.0 kW 3.4 kW (2) Power consumption during maximum battery charging. Power Consumption RBS 2206 V2 Heater plus forced-air cooling only 5,570 W Heater plus refrigerator cooling 5,920 W
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Related to Power System

  • Power System Stabilizers The Developer shall procure, install, maintain and operate Power System Stabilizers in accordance with the requirements identified in the Interconnection Studies conducted for Developer’s Large Generating Facility. NYISO and Connecting Transmission Owner reserve the right to reasonably establish minimum acceptable settings for any installed Power System Stabilizers, subject to the design and operating limitations of the Large Generating Facility. If the Large Generating Facility’s Power System Stabilizers are removed from service or not capable of automatic operation, the Developer shall immediately notify the Connecting Transmission Owner and NYISO. The requirements of this paragraph shall not apply to wind generators.

  • Capacity Interconnection Rights Pursuant to and subject to the applicable terms of the Tariff, the Interconnection Customer shall have Capacity Interconnection Rights at the Point(s) of Interconnection specified in this Interconnection Service Agreement in the amount of 33.6

  • Power Tools All time spent by Employees travelling to and from distant work will be paid as if worked during the time the travel is taken.

  • Interconnection Facilities 4.1.1 The Interconnection Customer shall pay for the cost of the Interconnection Facilities itemized in Attachment 2 of this Agreement. The NYISO, in consultation with the Connecting Transmission Owner, shall provide a best estimate cost, including overheads, for the purchase and construction of its Interconnection Facilities and provide a detailed itemization of such costs. Costs associated with Interconnection Facilities may be shared with other entities that may benefit from such facilities by agreement of the Interconnection Customer, such other entities, the NYISO, and the Connecting Transmission Owner. 4.1.2 The Interconnection Customer shall be responsible for its share of all reasonable expenses, including overheads, associated with (1) owning, operating, maintaining, repairing, and replacing its own Interconnection Facilities, and

  • Infrastructure Modification of the location and/or sizing of the infrastructure for the Project that does not materially change the functionality of the infrastructure.