Production Readiness Plan. The goal of this task is to determine the steps that will lead to the manufacturing of technologies developed in this project or to the commercialization of the project’s results.
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. • Production Readiness Plan (draft and final) Please see the attached Excel spreadsheet. STATE OF CALIFORNIA STATE ENERGY RESOURCES
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. • Production Readiness Plan (draft and final) Please see the attached Excel spreadsheet. XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. • Production Readiness Plan (draft and final)
Production Readiness Plan. 43 The goal of this task is to determine the steps that will lead to the manufacturing of technologies 44 developed in this project or to the commercialization of the project’s results. This task will be 45 informed by activities and data collected in all previous tasks. 47 The Recipient shall:
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. • Production Readiness Plan (draft and final) Please see the attached Excel spreadsheet. XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES RESOLVED, that the CEC approves Agreement EPC-19-007 with Xxxxx Xxxxxxx dba RCAM Technologies for a $2,999,979 grant to design, manufacture, demonstrate, and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and design. The advancement in scientific knowledge in 3DCP materials, manufacturing methods and large-scale structural performance will facilitate the deployment of large land-based and offshore wind technologies that use 3DCP manufacturing methods to increase the cost-competitiveness of the wind energy generation needed to meet California's statutory energy goals; and
Production Readiness Plan. The Contractor shall prepare and deliver a plan describing the actions necessary to meet the production requirements and schedule for this contract.
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. Production Readiness Plan (draft and final) Please see the attached Excel spreadsheet. RESOLVED, that the Energy Commission approves Agreement EPC-14-022 with ABEC #3 LLC, dba Lakeview Farms Dairy Biogas for a $4,000,000 grant to install and demonstrate a pre-commercial covered lagoon digester that will process dairy manure into biogas to generate renewable electricity for export to the electricity distribution grid. The project will help launch the state’s first “hub-and-spoke” dairy digester cluster by preparing the 1 MW generator platform to accept 2 MWs of future capacity utilizing biogas from neighboring dairies; and
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Further proof-of-concept activities with IOUs via their emerging technology programs and Community Choice Aggregators that pursue electrification policies and incentives. o Targeted marketing activities for early adopters of clean energy technology o Partnerships with HVAC manufacturers and installers, architects, and developers, in addition to Xxxxxx and Airscape. o Other areas as determined by the CAM. • Draft Production Readiness Plan • Final Production Readiness Plan
Production Readiness Plan. The degree of detail in the plan should be proportional to the complexity of producing or commercializing the proposed product, and to its state of development. As appropriate, the plan will discuss the following: o Critical production processes, equipment, facilities, personnel resources, and support systems needed to produce a commercially viable product. o Internal manufacturing facilities, supplier technologies, capacity constraints imposed by the design under consideration, design-critical elements, and the use of hazardous or non-recyclable materials. The product manufacturing effort may include “proof of production processes.” o The estimated cost of production. o The expected investment threshold needed to launch the commercial product. o An implementation plan to ramp up to full production. o The outcome of product development efforts, such as copyrights and license agreements. o Patent numbers and applications, along with dates and brief descriptions. o Other areas as determined by the CAM. • Production Readiness Plan (draft and final) Please see the attached Excel spreadsheet. RESOLVED, that the CEC approves Agreement EPC-19-039 with RePurpose Energy, INC., for $3,000,000, to install an integrated solar photovoltaic (PV) energy storage system that incorporates second-life batteries from Nissan Electric Vehicles (EVs) at a food cooperative (co-op) in Grass Valley. The goal of this project is to validate the batteries' ability to integrate solar PV and provide energy resilience to the food co-op. RePurpose Energy will also conduct a series of laboratory-based cycling tests to identify the degradation rate and effective useful life of used EV battery cells; and
