Final Architecture Design Sample Clauses

Final Architecture Design. Figure 7, below, outlines the connectivity between the components installed under the type 1 heating and hot water system. While Table 1 outlines the details of the component parts of this installation type.
Sample 1
AutoNDA by SimpleDocs
Final Architecture Design. The line diagram below (Figure 9 outlines the architecture (both data and hardwire connections of the equipment within the type 2 installations, followed by Table 3. VSCON The VSCON unit builds upon the Raspberry Pi platform. It monitors for, and transmits curtailment information from the local smart grid. Modbus-RTU from the wind turbine. Ethernet (TCP) to onsite router. Wind Turbine VNet Cloud-base control aggregator responsible for the smart functionality controlling of all equipment (either directly or indirectly), on both the generation and demand side of the SMILE infrastructure. TCP connection between internet routers located at wind farm and customer’s home. OVO Data Centre VNet Gateway The Gateway unit also builds upon the Raspberry Pi platform, and provides on-site control of equipment by Ethernet (TCP) from onsite router, and RS- 232 serial link to the Sunamp controller. Customer’s Home relaying information from VNet, and also returning data back again for processing. Sunamp Qontroller Controller unit dedicated to the control and monitoring of Sunamp PCM heat battery. In this configuration, the Qontroller is acts as the conduit between VNet control signals and the charge/discharge control of the PCM heat batteries. Controlled by the VCharge (OVO) Gateway unit via RS- 232 serial line. Customer’s Home Sunamp PCM Heat Battery Stores thermal energy. Scaled to required size in 2.8kW units, with storage capacities of 3, 6, 9 and 12kWh. Thermal energy stored in Phase Change Material solutions in sealed blocks. Heat exchangers transfer either heat to or from water flowing through the battery depending on charging or discharging. Controlled by Sunamp Controller via RS-232. Customer’s Home Air Source Heat Pump Principal source of heat. Daikin Altherma high temperature split block unit with a rated power input between 4kW and 6kW, and a rated output between 11 and 16kW, respectively. Direct plumbed closed-loop hot water loop. Comms link between Sunamp Qontroller and Daikin ASHP controller. Customer’s Home Daikin Controller Daikin controller will provide control of the ASHP by responding to data transmitted from VNet, via Dynamo. The controller will also process data from the hot water storage and signal the ASHP and hot water pumps accordingly. Modbus-RTU comms connection with VCharge (OVO) Dynamo and Daikin ASHP. Customer’s Home
Sample 1
Final Architecture Design. The line diagram below (Figure 12) outlines the architecture of the type 3 installations. While Table 4 outlines the component pieces of the installation type. VSCON The VSCON unit builds upon the Raspberry Pi platform. It monitors for, and transmits curtailment information from the local smart grid. Modbus-RTU from the wind turbine. Ethernet (TCP) to onsite router. Wind Turbine VNet Cloud-base control aggregator responsible for the smart functionality controlling of all equipment (either directly or indirectly), on both the generation and demand side of the SMILE infrastructure. TCP connection between internet routers located at wind farm and customer’s home. OVO Data Centre VNet Gateway The Gateway unit also builds upon the Raspberry Pi platform, and provides on-site Ethernet (TCP) from onsite router, and RS- 232 serial link to the Sunamp controller. Customer’s Home control of equipment by relaying information from VNet, and also returning data back again for processing. VCharge Dynamo A separate unit which provides remote control of the hot water cylinder’s immersion element. Connects to the VCharge (OVO) Data Centre via the customer's home’s internet router. Customer’s Home Hot Water Cylinder (Heatrae Sadia Megaflo, or equivalent) Hot water storage typically ranges in capacity between 100 and 300L. Heated in- directly from ASHP. Each cylinder, depending on the model with either have a single or double immersion element; each equating to a power consumption of 3kW. High level of inbuilt insulation provides lower levels of heat loss in comparison to conventional hot water cylinders. Will supply hot water to taps, showers and baths. Connection to, and controlled by VCharge (OVO) Dynamo. Plumbed closed-loop hot water connection with ASHP. Customer’s Home Hot Water Buffer/Accumulator Tank Will be directly fed with hot water from the heat pump. It will have no immersion element or indirect heating coil. Hot water will supply central heating systems. Expected to be between 500-1,000L storage capacity; providing at least 24 hours of heating capacity. High level of thermal insulation will allow tank to be situated outside or in garage. Physical open-loop hot water connection with ASHP. Customer’s Home Air Source Heat Pump Principal source of heat. Daikin Altherma high temperature split block Direct plumbed closed-loop hot water loop. Comms link Customer’s Home unit with a rated power input between 4kW and 6kW, and a rated output between 11 and 16kW, respectivel...
Sample 1
Final Architecture Design. The following line diagrams (Figure 14) and component list (Table 5) illustrates the power and data links within the type 4 installation and the individual component parts. VSCON The VSCON unit builds upon the Raspberry Pi platform. It monitors for, and transmits curtailment information from the local smart grid. Modbus-RTU from the wind turbine. Ethernet (TCP) to onsite router. Wind Turbine XxXxx Cloud To provide remote control of charging/discharging events of lithium-ion battery, while also acting as remote monitoring. TCP internet link between VCharge (OVO) data centre and the customer’s home’s internet router XxXxx Data Centre VNet Cloud-base control aggregator responsible for the smart functionality controlling TCP connection between internet routers located at wind farm and OVO Data Centre of all equipment (either directly or indirectly), on both the generation and demand side of the SMILE infrastructure. customer’s home. Gateway The Gateway unit also builds upon the Raspberry Pi platform, and provides on-site control of equipment by relaying information from VNet, and also returning data back again for processing. Ethernet (TCP) from onsite router, and RS- 232 serial link to the Sunamp controller. Customer’s Home VCharge Dynamo A separate unit which provides remote control of the hot water cylinder’s immersion element. Connects to the VCharge (OVO) Data Centre via the customer's home’s internet router. Customer’s Home XxXxx Lithium-ion Battery (Scenario 1) 3.6kW/ 7.5kWh battery. This will monitor and match the instantaneous power demand of the ASHP to reduce the net power demand to zero until discharged. The aim of which is to charge the battery at off-peak times to allow ASHP to operate during peak times; giving a great level of DSM to meet curtailment events. Connected to the XxXxx data centre via the customer’s home’s internet router. This helps dictate when the battery charges from the grid and provides power to the ASHP, while also sending back data. Customer’s Home Hot Water Cylinder (Heatrae Sadia Megaflo, or equivalent) Hot water storage typically ranges in capacity between 100 and 300L. Heated in- directly from ASHP. Each cylinder, depending on the model with either have a single or double immersion element; each equating to a power consumption of 3kW. High level of inbuilt insulation provides lower levels of heat loss in comparison to Connection to, and controlled by VCharge (OVO) Dynamo. Plumbed closed-loop hot water connection with ASHP...
Sample 1

Related to Final Architecture Design

  • Architecture The Private Improvements shall have architectural features, detailing, and design elements in accordance with the Project Schematic Drawings. All accessory screening walls or fences, if necessary, shall use similar primary material, color, and detailing as on the Private Improvements.

  • Network Interconnection Architecture Each Party will plan, design, construct and maintain the facilities within their respective systems as are necessary and proper for the provision of traffic covered by this Agreement. These facilities include but are not limited to, a sufficient number of trunks to the point of interconnection with the tandem company, and sufficient interoffice and interexchange facilities and trunks between its own central offices to adequately handle traffic between all central offices within the service areas at a P.01 grade of service or better. The provisioning and engineering of such services and facilities will comply with generally accepted industry methods and practices, and will observe the rules and regulations of the lawfully established tariffs applicable to the services provided.

  • DEVELOPMENT OR ASSISTANCE IN DEVELOPMENT OF SPECIFICATIONS REQUIREMENTS/ STATEMENTS OF WORK

  • Project Design Applicants must design a project that provides access to health services to enable eligible women and men experiencing health needs to secure and maintain safe and accessible quality screening and diagnostic services, comprehensive family planning, and/ or other women’s health services. A. Applicants are encouraged to emphasize the following components in the design of their projects. Projects must: 1. Use a collaborative approach to maximize existing community resources and avoid duplication of effort; 2. Enhance systems and local processes to make it easier for people to transition to, from, and between services; 3. Address barriers to ensure services are accessible to people regardless of setting or location; and 4. Promote improvement and positively impact health and well-being through coordinated service delivery. B. To be effective, services and activities provided or made available as part of the Proposed Project should have policies and procedures in place and include with the application as an attachment that: 1. Delineate the timely provision of services; 2. Deem Client eligibility and service provision as soon as possible and no later than 30 calendar days from initial request; 3. Require staff to assess and prioritize Client needs; 4. Implement with model fidelity to an evidence-based program or based upon best available research; 5. Plan in partnership with the person and are inclusive; 6. Provide in an environment that is most appropriate and based on a person’s preference including reasonable clinic/reception wait times that are not a barrier to care; 7. Provide referral sources for Clients that cannot be served or receive a specific service; 8. Are culturally and linguistically sensitive; 9. Tailor services to a person’s unique strengths and needs; 10. Manage funds to ensure established Clients continuity of care throughout budget year; 11. Continue to provide services to established Clients after allocated funds are expended; 12. Have processes to identify and eliminate possible barriers to care; 13. Do not deny services due to inability to pay; 14. Have appropriate key personnel and required staff to meet the medical and health needs of Clients; 15. Bill services appropriately and timely through TMHP; 16. Effectively communicate and document information related to health care needs with next steps available to Client; 17. Establish outreach and education plan for the community; and 18. Outline successful delivery of direct clinical services to Clients By submitting an Application under this RFA, the Applicant certifies that Applicant has or will have at time of grant award services, policies, or procedures that conform with the requirements in this section as applicable. HHSC, in its sole discretion, may request to review relevant documentation during the project period as necessary to ensure program fidelity.

  • Schematic Design Phase 1.2.1 Based on the mutually agreed upon Program of Requirements, Amount Available for the Construction Contract and the Project Schedule, the Architect/Engineer shall prepare sufficient alternative approaches utilizing BIM for design and construction of the Project to satisfy Owner’s project requirements and shall, at completion of this phase, submit Schematic Design Documents derived from the model in accordance with the BIM Execution Plan, “Facility Design Guidelines” and any additional requirements set forth in Article 15. The Architect/Engineer shall review alternative approaches to design and construction for the Project as they are being modeled at intervals appropriate to the progress of the Project with the Owner and Construction Manager at the Project site or other location specified by the Owner within the State of Texas. The Architect/Engineer shall utilize the model(s) to support the review process during Schematic Design. The Architect/Engineer shall provide the Construction Manager with a compact disc containing documents and data files derived from the model to assist the Construction Manager in fulfilling its responsibilities to the Owner. 1.2.2 Architect/Engineer shall provide all services necessary to perform the services of this phase (preparation of model(s), relevant data, decision support model views and Schematic Design Documents) including, without limitation, unless otherwise approved by Owner, the preparation and prompt delivery of all items specified in the BIM Execution Plan and “Facility Design Guidelines”. 1.2.3 Architect/Engineer shall work closely with Owner in preparation of schematic drawings and shall specifically conform to Owner’s requirements regarding aesthetic design issues. 1.2.4 The Architect/Engineer shall review the Estimated Construction Cost prepared by the Construction Manager, and shall provide written comments. 1.2.5 Before proceeding into the Design Development Phase, the Architect/Engineer shall obtain Owner’s written acceptance of the Schematic Design documents and approval of the Architect/Engineer’s preliminary Estimated Construction Cost and schedule. 1.2.6 The Architect/Engineer shall participate in a final review of the Schematic Design Documents and model(s) with the Owner and Construction Manager at the Project site or other location specified by Owner in the State of Texas. Prior to the Owner’s approval of the Schematic Design Documents, the Architect/Engineer shall incorporate such changes as are necessary to satisfy the Owner’s review comments, any of which may be appealed for good cause.

  • Design Development Phase INDICATE IN STATEMENT OF WORK “NOT APPLICABLE” IF SECTION IS NOT APPLICABLE 1.1.6.1. The ARCHITECT/ENGINEER shall prepare from the approved Schematic Design Studies, the Design Development Documents consisting of drawings (including at least architectural, landscaping, civil, structural, mechanical and electrical plans, building sections; and finish schedule), outline specifications following the Construction Specification Institute "CSI" Format and other necessary documents to fix and describe the size and character of the entire Project as to its site, structural, mechanical, and electrical systems, materials and other such essentials as may be appropriate, for and until approved by the State. 1.1.6.2. The ARCHITECT/ENGINEER shall conduct meetings with the State, Efficiency Vermont, and relevant members of the design team, to review the Design Development Documents for the purposes of furthering the energy efficiency objectives of the Project. 1.1.6.3. The ARCHITECT/ENGINEER shall prepare for the State a revised accounting of how the Project is responding to LEED criteria. 1.1.6.4. The ARCHITECT/ENGINEER shall submit to the State a revised Statement of Probable Construction Cost based thereon for and until approved by the State.

  • Access Toll Connecting Trunk Group Architecture 9.2.1 If CSTC chooses to subtend a Verizon access Tandem, CSTC’s NPA/NXX must be assigned by CSTC to subtend the same Verizon access Tandem that a Verizon NPA/NXX serving the same Rate Center Area subtends as identified in the LERG. 9.2.2 CSTC shall establish Access Toll Connecting Trunks pursuant to applicable access Tariffs by which it will provide Switched Exchange Access Services to Interexchange Carriers to enable such Interexchange Carriers to originate and terminate traffic to and from CSTC’s Customers. 9.2.3 The Access Toll Connecting Trunks shall be two-way trunks. Such trunks shall connect the End Office CSTC utilizes to provide Telephone Exchange Service and Switched Exchange Access to its Customers in a given LATA to the access Tandem(s) Verizon utilizes to provide Exchange Access in such LATA. 9.2.4 Access Toll Connecting Trunks shall be used solely for the transmission and routing of Exchange Access to allow CSTC’s Customers to connect to or be connected to the interexchange trunks of any Interexchange Carrier which is connected to a Verizon access Tandem.

  • Software Development Software designs, prototypes, and all documentation for the final designs developed under this agreement must be made fully transferable upon direction of NSF. NSF may make the software design, prototype, and documentation for the final design available to competitors for review during any anticipated re-competition of the project.

  • Design Development An interim step in the design process. Design Development documents consist of plans, elevations, and other drawings and outline specifications. These documents will fix and illustrate the size and character of the entire project in its essentials as to kinds of materials, type of structure, grade elevations, sidewalks, utilities, roads, parking areas, mechanical and electrical systems, and such other work as may be required.

  • Technology Upgrades Notwithstanding any other provision of this Agreement, Verizon shall have the right to deploy, upgrade, migrate and maintain its network at its discretion. The Parties acknowledge that Verizon, at its election, may deploy fiber throughout its network and that such fiber deployment may inhibit or facilitate PNG’s ability to provide service using certain technologies. Nothing in this Agreement shall limit Verizon's ability to modify its network through the incorporation of new equipment or software or otherwise. PNG shall be solely responsible for the cost and activities associated with accommodating such changes in its own network.

Draft better contracts in just 5 minutes Get the weekly Law Insider newsletter packed with expert videos, webinars, ebooks, and more!