Commissioning Test. Tests applied to a small generator facility by the applicant after construction is completed to verify that the facility does not create adverse system impacts. At a minimum, the scope of the commissioning tests performed shall include the commissioning test specified IEEE standard 1547 section 5.4 “Commissioning tests”. Distribution Upgrades –A required addition or modification to the EDC's Electric Distribution System at or beyond the Point of Interconnection to accommodate the interconnection of a Small Generator Facility. Distribution upgrades do not include Interconnection Facilities. Electric Distribution Company or EDC - Any electric utility entity subject to the jurisdiction of the Maryland Public Service Commission.
Commissioning Test. Tests applied to a distributed generation facility by the applicant after construction is completed to verify that the facility does not create adverse system impacts. At a minimum, the scope of the commissioning tests performed shall include the commissioning test specified IEEE Standard 1547 Section 5.4 "Commissioning tests." Distributed generation facility – The equipment used by an interconnection customer to generate or store electricity that operates in parallel with the electric distribution system. A distributed generation facility typically includes an electric generator, prime mover, and the interconnection equipment required to safely interconnect with the electric distribution system or a local electric power system. Distribution upgrades – A required addition or modification to the EDC's electric distribution system at or beyond the point of interconnection to accommodate the interconnection of a distributed generation facility. Distribution upgrades do not include interconnection facilities. Electric distribution company or EDC – Any electric utility entity subject to the jurisdiction of the Illinois Commerce Commission. Electric distribution system – The facilities and equipment used to transmit electricity to ultimate usage points such as homes and industries from interchanges with higher voltage transmission networks that transport bulk power over longer distances. The voltage levels at which electric distribution systems operate differ among areas but generally carry less than 100 kilovolts of electricity. Electric distribution system has the same meaning as the term Area EPS, as defined in 3.1.6.1 of IEEE Standard 1547. Facilities study – An engineering study conducted by the EDC to determine the required modifications to the EDC's electric distribution system, including the cost and the time required to build and install the modifications, as necessary to accommodate an interconnection request. Force majeure event – Any act of God, labor disturbance, act of the public enemy, war, acts of terrorism, insurrection, riot, fire, storm or flood, explosion, breakage or accident to machinery or equipment through no direct, indirect, or contributory act of a Party, any order, regulation or restriction imposed by governmental, military or lawfully established civilian authorities, or any other cause beyond a Party's control. A force majeure event does not include an act of gross negligence or intentional wrongdoing. Governmental authority – Any f...
Commissioning Test. The DG Owner shall notify the Cooperative in writing that installation of the DG Facility is complete and that the interconnection equipment is available for testing at least fifteen (15) working days before DG Owner interconnects the DG Facility with the Cooperative’s distribution system. Cooperative shall thereupon have the right to test the DG Facility and/or be present to witness any testing by the DG Owner of the DG Facility. If the Cooperative waives its right to test the DG Facility by notifying the DG Owner in accordance with this section, the DG Owner may interconnect the DG Facility to the Cooperative’s distribution system upon the earlier to occur of the following: (a) notification from; or (b) fifteen (15) working days after the DG Owner has notified the Cooperative that installation of the DG Facility is complete.
Commissioning Test. The commissioning process for the plant has 4 stages followed by trials: · Cold Commissioning — Individual component testing · Hot Commissioning Stage 1 — Sub system testing · Hot Commissioning Stage 2 — Generating steam with gasoil · Hot Commissioning Stage 3 — Acceptance first waste · Waste to Energy Facility Trials Cold commissioning — Individual component testing During this stage individual components are tested such as cables, limit switches and connections to in panels and PLC´s. Hot commissioning stage 1— Sub system testing During this stage all sub-systems such as fan systems, hydraulic systems and burner functions are test run and communication between these devises and the PLC ensured. At this stage burners are only run for a very short time just to make sure all connections are properly made and ignition possible. Hot commissioning stage 2 — Generating steam with Gasoil At this stage the fans and burners in the Secondary combustion chamber are first commissioned and the air and fuel ratios adjusted for all burner stages. The secondary air fans will also during that time be commissioned, although some fine tuning will need to be done when waste is processed. The cBOS™ Gasification Train cannot be tested or run in isolation from the rest of the plant therefore listed below are the system checks and procedures that need to be followed to bring a complete facility into operation. It is the Purchaser’s responsibility to make sure that the Commissioning Tests can commence and be undertaken at all times. It is the Suppliers responsibility to carry out the test listed below relating to their supplied Equipment only.
Commissioning Test. A pre-launch test performed at the time of delivery or installation of the product/system to ensure the related business requirements and design criteria are met (ie financial reconciliation, reporting, operation, managed service requirements, engineering and safety specifications, etc). A test to confirm operational readiness and acceptance of the product/system. Component Testing Component testing is a method by which individual components which represent the smallest testable units and/or Configurable Items, are tested to determine if they are fit for use and meet key integration, business needs and usability objectives. Conceptual Design A design step that ensures that: • the initial design direction or Solution Option maps to the business goals and user needs; • reviews the design for alignment with broader initiatives and possible integration with other product designs; and • will establish the parameters for Preliminary Design. In this design step: • Requirements are identified and reviewed with main interfaces • All design issues pertinent to establishing the functional baseline are resolved. • Document design and technical approach. Demonstrate how the system design optimally satisfies the requirements and design constraints • Design criteria for establishing limits for acceptability are identified. Analyses shall be provided to establish that the system design is feasible and meets established design criteria: • Design must be constructible. A concept for system assembly, installation, and testing is required. • Operational requirements and system level requirements are documented • • Potential environmental and safety hazards during assembly, installation, testing, operation, and decommissioning are identified and mitigated where possible. • Provide resource loaded schedule and cost estimate. • Provide estimates of contingency required • Identify areas of significant risk and develop mitigation plan Conceptual Design Review The review of all aspects of the Conceptual Design. Conceptual Design Solution Has the same meaning as Conceptual Design. Configurable Item A structural unit of Hardware or Software component(s) or an aggregate of both. Defect Management The process of recognizing, investigating, taking action and disposing of defects (resulting from poor design or manufacture hindering its usability for the purpose it was intended). This process involves recording defects, classifying and correcting them and identifying their impact. Deficie...
Commissioning Test. The Member performs the required commissioning test and forwards a confirmation letter to the Cooperative unless the Cooperative witnesses the test and it is successful. The Member shall invite the Cooperative to the commissioning test and perform the test at a mutually agreed date and time if the Cooperative elects to attend.
Commissioning Test. The technical requirements and procedures of the Submeter commissioning test are described in the standard offer that XXXX will make for the installation of a Submetering solution and which can be obtained upon request via email to xxxxxxxxxxxx@xxxx.xx. All new Submetering Delivery Points must pass the Submeter commissioning test performed by XXXX.
Commissioning Test. 2.3.1 Airborne Noise Mitigation measures to alleviate the airborne railway noise impact are recommended in the EIA and presented in Appendix A. In order to ensure the operational airborne noise levels would comply with the noise standards as stipulated in the Technical Memorandum on Environmental Impact Assessment Process (EIAO-TM) and NCO, the ET should carry out a noise commissioning test before operation of the Project.
Commissioning Test. The following test shall be carried out by the Company for achieving Commercial Operation Date of the Facility after completing the test set out in Section 3.1 of this Schedule 3. After Commercial Operation Date Net Generation Capacity shall be tested annually.
Commissioning Test. The technical requirements and procedures of the Submeter commissioning test are described in the standard offer that XXXX will make for the installation of a Submetering solution and which can be obtained upon request via email to xxxxxxxxxxxx@xxxx.xx. The Submeter Technical Info Checklist document as foreseen in section Error! Reference source not found. must be provided to XXXX before the Commissioning Test. All Submetering Delivery Points which will communicate with the XXXX metering data management system via a Submeter, a GSM modem or a datalogger must pass the Submeter commissioning test performed by XXXX. XXXX and the BSP will agree on a date for the Submeter commissioning test to be performed.
