Description of the System. (i) Exhibit T to this Agreement sets forth a table for the identification of certain Concessionaire breaches or failures to perform its obligations under this Agreement that may result in the assessment by the Department of Performance Points. The Performance Points system is used by the Department to measure the Concessionaire’s performance levels and the accumulation of Performance Points by the Concessionaire may trigger the remedies set forth or referenced in this Section
Description of the System. The key features of the System are as follows:
Description of the System. 4.5 The System shall be a wastewater system comprising a treatment plant, force mains, pumping stations, drainage basin connections and all other such facilities necessary or associated therewith required for the purpose of carrying out the activities specified in Clause 4.1 above and as detailed in Exhibit A.
Description of the System. As used in this Agreement, the term “System” shall include the solar energy generating equipment and energy storage equipment, including any structural elements to physically support the solar modules incorporated therein, including but not limited to the vertical support poles or upright piers, trellis structures, trusses or purlins on which the modules are mounted, concrete or similar anchors or plugs, and mounting hardware used to attach solar modules and other electrical components to the Premises, as well as overhead and/or underground electrical transmission and communications lines, electric transformers, energy storage facilities, telecommunications equipment, power generation facilities and substations to be operated in conjunction with the solar energy generating equipment installations, roads, and related improvements, facilities and equipment including all necessary and proper foundations, footings, crossarms and other appliances and fixtures for use in connection with said equipment, wires and cables on, along and in the Premises.
Description of the System. The Paragraph 6 System established under the 2003 Decision and the 2005 Protocol provides for three distinct derogations from the obliga- tions set out in Article 31 with respect to pharmaceutical products, subject to certain conditions. These derogations are meant to address a public health problem in the importing country, and a legal problem in the exporting country. Two of those modifications relate to Article 31(f), whereas the third refers to Article 31(h): ● first, the obligation of the exporting Member under Article 31(f) to issue compulsory licences predominantly for the domestic market does not apply to the extent necessary to enable that Member to authorize production and export of the needed pharmaceutical products under a compulsory licence to those countries that do not have sufficient capacity to manufacture them. This derogation is subject to certain conditions to ensure transparency in the operation of the Paragraph 6 System and to ensure that only countries with insufficient domestic capacity import under it. It also provides for safeguards against the diversion of products to markets for which they are not intended; ● second, the requirement under Article 31(h) to pay adequate remu- neration for compulsory licences is modified to avoid double remu- neration of the right holder. If a compulsory licence has to be granted in both the exporting and the importing countries, remuneration need only be paid in the exporting country; ● third, a further derogation to Article 31(f) enables a WTO Member to export products manufactured or imported under a compulsory licence more easily amongst members of a regional trade agreement (RTA) at least half the membership of which consists of LDCs.
Description of the System. The Contractor will furnish all of the materials and perform all of the installation work for the System as described below: DC Power Rated at STC: «Xxxxx» KW Photovoltaic Modules: «Modules» Mounting of Modules: IronRidge or comparable racking Inverter(s): Solar Edge or Enphase Location of Inverter & PV System Meter: Near Electric Meter Location of D/C Disconnect: Near Meter Location of Utility Lockable A/C Disconnect: Within 5 feet of utility meter The System will be located on the Owner’s property at: «Address» «City_State Zip» The Owner understands and agrees to the appearances, locations and mountings as described above and understands that they are to be considered permanent and fixed installations on the property. The Owner further agrees that any changes to the mounting locations will change the system price and time schedule for the installation. The Owner understands that the System is a Grid-Tied Photovoltaic Generating System that is required by state and utility company regulation to disconnect and shut down in the event of a utility or electric grid failure, and will not provide backup power in the event of such a failure.
Description of the System. 4.1 The technical details of Eurex Enhanced Broadcast Solution are included in a description of the system ("Enhanced Broadcast Solution - Interface Specifications") and in a description of the network ("Eurex Enhanced Broadcast Solution Network Setup"). The current documentation is available in English for downloading on the Internet under the address xxx.xxxxxxxxxxx.xxx. The details included in the description of the system as well as in the description of the network merely represent a technical description of the interface and the network and do not contain any representations or warranties concerning the Eurex Enhanced Broadcast Solution system.
Description of the System and the VP model used by the system The player is one of the 4 modules (authoring, player, coursemanagement+evaluation, administration) of Casus. The player is card-based and linear (although semi-linear is possible depending on the setting). The educational approach of Casus VPs is based on hypothetical-deductive diagnosing. Interactive elements like different assessment items support this approach by encouraging the learner to take an active part. Casus VPs are mostly used in a self-directed learning scenario or as a learning by teaching tool in which the learner create the VPs themselves. On the server-side the player (and all other modules) are implemented as Java servlets using Hibernate (xxx.xxxxxxxxx.xxx) and an Oracle database. The client side is implemented with HTML-templates using some Javascript and DHTML. All CASUS components works on all main browsers like Internet Explorer, Firefox or Safari. A case in Casus contains of about 5 (short case) up to 30 cards (long case). A case is structured in chapters with (optional) subchapters and then the cards. Each card can contain several items (which can be combined as needed): ! text (all text elements can include hyperlinks to external or internal resources) ! multimedia material (images with optional hotspots or a movie) ! question with the following ! question types (MCQ, 2 types of Freetext, Long Menu, Sorting, Mapping, Differential diagnostic network, Underline, Lab values, Cloze) ! answercomment, which is availabe (including a quantitative feedback) after the user has given an answer and clicked on solution. ! expert comment, which is available via a button in the navigation bar Fig. 16 Screenshot of a case (authoring view) showing the elements of a case Example cases of evip in Casus are available xxxx://xxxx.xxxxx.xxx (click on demo course)
Description of the System. [Section 1.1]: The System consists of approximately or similar: 365 LG 280W NEON solar modules (with 25 year manufacturer power warranty) 80 Sunperfect 280W solar modules (with 25 year manufacturer power warranty) Enphase Energy M215 Micro-inverters (with 25 year manufacturer warranty) SolarEdge inverters Fully Balasted Flat Racking Enphase Enlighten® internet system monitoring (for the lifetime of the system) Customer - Hawaii Theatre Center Site - 0000 Xxxxxx Xxxxxx, Xxxxxxxx Xxxxxx Xx XX - 124.6 kW DC Prelim Module 1- LG 280 NEON # Module 1 - 365 Prelim Module 2 - SunPerfect CRM280S # Module 0 - 00 Xxxxxx Xxxxxxxxx - Xxxxxxx X000 Micro Inverter 4 - SE5000US Prelim Rack - Fully Ballasted, Flat
Description of the System. The backbone of the IPTV system is based on the 2Ku system that Delta has installed (or is installing) on several of its narrow body fleet types. During the operation of the IPTV system Gogo receives content secured and licensed by Delta from [***] (or a similar supplier selected by Delta and approved by Gogo, whose approval shall not be unreasonably withheld), [***], and [***]. Approved aircraft then [***]. Once the content is received at the aircraft, Gogo’s [***]. The streams are also formatted and made available to seatback monitor systems, where applicable. Quality monitoring will be employed at various points in the network to ensure that channels are allocated sufficient [***]. Gogo will employ both [***]. Additionally, the [***].
