Connection Requirements. (a) The Generator shall arrange, at its sole expense, for all Facility connection requirements in accordance with Applicable Law to permit the Delivery of Renewable Electricity to the Connection Point.
(b) All Connection Costs shall be for the account of the Generator and, as applicable, the TFO and/or DFO with which the Generator has arranged connection of the Facility pursuant to the Connection Agreement, any Construction Commitment Agreement, and the ISO Tariff, DFO Tariff, and/or TFO Tariff, as applicable. Notwithstanding the foregoing, the Generator shall notify the AESO from time to time during the Term of any such Connection Costs originally paid by it which become refundable or payable, or are refunded or paid, to the Generator in respect of any such agreement or tariff, or in respect of any construction contribution previously paid by the Generator, and the Generator shall assign or pay, as the case may be, all such amounts to the AESO.
(c) The Generator shall provide, at its expense, all power system components on the Generator's side of the Connection Point, including all transformation, switching and auxiliary equipment, such as synchronizing and protection and control equipment required, pursuant to Applicable Law and any requirements deemed necessary by the System Operator, the TFO or the DFO, as applicable from time to time, to protect the safety and security of the AIES, the Transmission Facility, the Distribution Facility and each of their customers, each as the case may be.
(d) The Generator agrees to install protective equipment to protect its own personnel, property, and equipment from variations in frequency and voltage or from temporary delivery of other than three-phase power, whether caused by the Facility, the AIES, the Transmission Facility or the Distribution Facility.
Connection Requirements. Except as provided in subsection (4) of this section, there shall be no connection, either by a sewer or by other means, between a public sanitary sewer and an excavation or basement for any structure until the structure is completely roofed and the excavation around the basement is backfilled to grade. Backfill may be omitted in the area in which the sanitary sewer connection is to be made.
Connection Requirements. As a Member, you will be provided access to the Network. All connection alternatives to the Network require compliance with the Rules and with the technical standards outlined herein. You acknowledge that the system load produced on the Trading System by your Member Front End Installation may be measured by the Exchange and may be limited if deemed necessary by the Exchange.
Connection Requirements. All proposed receiving or delivery connections must meet tender, tankage, hourly flow rate conditions, and metering requirements as they exist at the time of requested connection and must also have provisions which will allow for increases to maximum line flow rate and pressure conditions. All proposed connection designs must be approved by Carrier, and all costs of connections shall be paid by the connecting party.
Connection Requirements. Any connection with a public sanitary sewer must be made under the direct supervision of the Xxxxxx County Environmental Health Department or their authorized representative and in accordance with the following:
Connection Requirements. BS&A Cloud modules require a high-speed internet connection (cable modem or DSL). Leadership Presentation ERP Software Designed for Local Government b s a s o f t w a r e . c o m We wouldn’t be what we are today without our customers. Because of you, we are able to develop powerful and long-lasting solutions for municipalities in the State of Michigan and beyond. • Nearly 8 years of experience at BS&A Software Account Manager xxxxxxx@xxxxxxxxxxx.xxx • Background in IT Support and Account Management • Expertise with: Microsoft SQL, Cybersecurity, Server Hardware, Networks • Active MTA and MMTA member BS&A Background Technology Overview About
Connection Requirements. High-speed internet connection is required for the proper functioning of the Services.
Connection Requirements. The BSP technology consists in an agitated reactor with a flexible incoming water feed position see Figure 5: BSP diagram bird’s eye view (left) and BSP diagram cross sectional view (right). With consideration to the inlet and the outlet are not side by side. A connection can be made in the depth of the tank (ground level) as well as in overflow (1 m above ground level). Depending on the incoming water height one of these options may be preferable. When functioning independently and for flow rates going from 0.1 to 10 m3/h, the BSP reactors are fed by PVC piping. See Table 8 for piping specifications. The treated water outlet is always done by over flow with the same PVC piping. The incoming and outgoing pipeline size is flexible and can be modified if necessary.
Connection Requirements. The Daphniafilter system (Figure 4) has been designed with inlet and outlet connection pipes of 110 mm diameter to facilitate the connection with the other units and to avoiding clogging problems. The material of the pipes is preferable to be polyethylene, since it provides smooth surfaces avoiding biofilm and/or sludge attachment which helps to prevent clogging problems. DAPHNIAFILTER Inflow pipe Outflow pipe Purge
Connection Requirements. The UV-system has specific connection requirements to operate according to the design specifications. The disinfection chamber consists of the following components: - Chamber, which is the main component of the UV-system. The in and out connections for the liquid are at the two ends of the chamber on all types (see Figure 8). Two end flanges are fitted on the top sides of the chamber to ensure the detection of the lamps and any cleaning mechanism present. The fitted accessories are covered on both sides with a hood that also contains the cable glands. As standard, there are also provisions in the chamber for a UV-sensor (optional), for venting and draining the system (optional) and for removing liquid from the control compartment. The size and the design of the chamber depend on the required disinfection capacity and the nature of the liquid. In Table 10, the material requirements for the UV-system to run correctly. - UV-lamps, whose number and type built into the system depend on the system size and the nature of the liquid that must be disinfected. The lamps are placed in quartz sleeves and therefore do not come into direct contact with the liquid. They can be fitted from either flanges. This should be done per a strict procedure. Before starting the system, it takes 3 to 5 minutes before the full UV intensity is reached. After this time, you can switch the pump to let the water through the chamber. The life span of the lamps will be drastically reduced if they are repeatedly switched on and off. This results in decreasing UV intensity. Any contaminants on the quartz sleeves also lead to reduced UV output.
