Common use of Production Readiness Plan Clause in Contracts

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and 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 FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x XXXXX XX XXXXXXXXXX XXXXX 00 STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ RESOURCES‌‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES BIOGAS ENERGY INC. RESOLVED, that the State Energy Resources Conservation and Development Commission (CECEnergy Commission) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC Energy Commission approves Agreement EPC-19FRD-17-007 001 with Xxxxx Xxxxxxx dba RCAM Technologies Biogas Energy Inc. for a $2,999,979 5,700,000 grant to designinstall and demonstrate an innovative fast pyrolysis technology to produce bio-oil from wood waste at pilot scale. The Biogas Energy pyrolysis technology aims to establish a new bio-oil industry in California by making small, manufacture, demonstratemidsize, and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and large bio-oil production possible in a distributed or centralized design. The advancement in scientific knowledge in 3DCP materials, manufacturing methods Research will also verify the economic scale-up feasibility for the modular system and large-scale structural performance will facilitate determine the deployment of large land-based and offshore wind technologies that use 3DCP manufacturing methods to increase the cost-competitiveness effectiveness of the wind energy generation needed production facility to meet California's statutory energy goalsbe located near the feedstock source; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CECEnergy Commission.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-00000513-0x XXXXX XX XXXXXXXXXX XXXXX 7e STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: REGENTS OF THE UNIVERSITY OF CALIFORNIA ON BEHALF OF THE XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES CAMPUS-WESTERN COOLING EFFICIENCY CENTER RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 016 with The Regents of the University of California on behalf of the Xxxxx Xxxxxxx dba RCAM Technologies campus for a $2,999,979 1,916,306 grant to design, manufacture, demonstratedevelop and demonstrate next generation air to air heat pumps and microchannel polymer heat exchanger in single-family and multifamily residential buildings that utilize low global warming potential refrigerants, and test prototypes of wind tower sections achieve high efficiency and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process cost savings relative to other competing technologies, 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 adopting staff's determination that use 3DCP manufacturing methods to increase the cost-competitiveness of the wind energy generation needed to meet California's statutory energy goalsthis action is exempt from CEQA; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • ● Production Readiness Plan (draft and final) V. IV. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-00000610-0x XXXXX XX XXXXXXXXXX XXXXX 10b STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES ELECTRIC POWER RESEARCH INSTITUTE INC. (EPRI). RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 035 with Xxxxx Xxxxxxx dba RCAM Technologies EPRI for a $2,999,979 1,999,982 grant to design, manufacture, demonstrate, integrate and test prototypes of wind tower sections several advances in manufactured home design and offshore wind construction to provide a model for how the industry can cost effectively achieve the state's energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and designfire safety goals. The advancement advancements will be installed in scientific knowledge new manufactured homes to be located 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 Northern California's statutory energy goals; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: •  Production Readiness Plan (draft and final) V. IV. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0015-0000-0x XXXXX XX XXXXXXXXXX XXXXX 0311 STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ RESOURCES CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXXABEC #3 LLC, DBA RCAM TECHNOLOGIES LAKEVIEW FARMS DAIRY BIOGAS RESOLVED, that the State Energy Resources Conservation and Development Commission (CECEnergy Commission) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable)Form; and RESOLVED, that the CEC Energy Commission approves Agreement EPC-19EPC-14-007 022 with Xxxxx Xxxxxxx ABEC #3 LLC, dba RCAM Technologies Lakeview Farms Dairy Biogas for a $2,999,979 4,000,000 grant to design, manufacture, demonstrate, install and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing demonstrate a pre-commercial covered lagoon digester that will process and designdairy manure into biogas to generate renewable electricity for export to the electricity distribution grid. The advancement in scientific knowledge in 3DCP materials, manufacturing methods and largeproject will help launch the state’s first “hub-scale structural performance will facilitate and-spoke” dairy digester cluster by preparing the deployment 1 MW generator platform to accept 2 MWs 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 goalsfuture capacity utilizing biogas from neighboring dairies; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CECEnergy Commission.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0019-00000911-0x XXXXX XX XXXXXXXXXX XXXXX 10c STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ RESOURCES‌‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXXTHE REGENTS OF THE UNIVERSITY OF CALIFORNIA, DBA RCAM TECHNOLOGIES ON BEHALF OF THE SAN DIEGO CAMPUS RESOLVED, that the State Energy Resources Conservation and Development Commission (CECEnergy Commission) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC Energy Commission approves Agreement EPC-19-007 004 with Xxxxx Xxxxxxx dba RCAM Technologies The Regents of the University of California, on behalf of the San Diego campus for a $2,999,979 993,458 grant to design, manufacture, demonstratetest high-power perovskite-on-silicon tandem photovoltaic modules, and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and designadopting staff's determination that this action is exempt from CEQA. The advancement in scientific knowledge in 3DCP materials, project plans to achieve a power conversion efficiency of greater than 32 percent while using low-cost 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 goalsapproaches; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CECEnergy Commission.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-00000513-0x XXXXX XX XXXXXXXXXX XXXXX 7e STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES REGENTS OF THE UNIVERSITY OF CALIFORNIA ON BEHALF OF THE DAVIS CAMPUS-WESTERN COOLING EFFICIENCY CENTER RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 016 with Xxxxx Xxxxxxx dba RCAM Technologies The Regents of the University of California on behalf of the Davis campus for a $2,999,979 1,916,306 grant to design, manufacture, demonstratedevelop and demonstrate next generation air to air heat pumps and microchannel polymer heat exchanger in single-family and multifamily residential buildings that utilize low global warming potential refrigerants, and test prototypes of wind tower sections achieve high efficiency and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process cost savings relative to other competing technologies, 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 adopting staff's determination that use 3DCP manufacturing methods to increase the cost-competitiveness of the wind energy generation needed to meet California's statutory energy goalsthis action is exempt from CEQA; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-0000-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY XXXRGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXXTHE REGENTS OF THE UNIVERSITY OF CALIFORNIA, DBA RCAM TECHNOLOGIES RIVERSIDE RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 059 with Xxxxx Xxxxxxx dba RCAM Technologies The Regents of the University of California, Riverside for a $2,999,979 grant 939,232 grant. This project will develop and demonstrate a new technology for optimal coordination of a network of autonomous, plug and play, behind-the-meter solar-battery units for residential homes. The units will be designed to designperform demand-side management such as load shifting, manufacture, demonstratemaximizing solar use, and test prototypes of wind tower sections backup power. Each unit, called 4-Quadrant Plug and offshore wind energy components using an onsite three- dimensional concrete printed Play Cooperative Unit (3DCP) manufacturing process and design. The advancement in scientific knowledge in 3DCP materialsPQ-CU), manufacturing methods and largeis based on solid-state-technology supported by small-scale structural performance will facilitate the deployment of large land-based solar 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 goalsbattery; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES XXXXXX BAND OF LUISEÑO INDIANS RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 050 with Xxxxx Xxxxxxx dba RCAM Technologies Xxxxxx Band of Luiseño Indians for a $2,999,979 7,282,496 grant to design, manufacture, demonstrate, and test prototypes demonstrate the integration of wind tower sections and offshore wind two types of non-lithium ion energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and designstorage technologies. The advancement in scientific knowledge in 3DCP materialsenergy storage technologies are vanadium redox flow battery and flywheel storage systems, manufacturing methods which will each provide 400kW of load for up to 12 hours. The two technologies will be interconnected with solar photovoltaic to create a microgrid that will provide resiliency and large-scale structural performance will facilitate the deployment of large land-based cost savings for multiple buildings, including a wastewater treatment plant 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 goalsan emergency public shelter; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES MATERIALS RESEARCH LLC RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 with Xxxxx Xxxxxxx dba RCAM Technologies for a 017 $2,999,979 1,878,634 grant to design, manufacture, demonstratedemonstrate a pilot scale process for the recovery of lithium from geothermal brines, and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and designadopting staff's determination that this action is exempt from CEQA. The advancement in scientific knowledge in 3DCP materials, manufacturing methods agreement is based on a newly developed sorbent material for the extraction of lithium and largea carbon negative sorbent regeneration process for the direct formation of high- purity lithium carbonate. The co-scale structural performance will facilitate production of this valuable metal adds revenue and improves the deployment economics of large land-based and offshore wind technologies that use 3DCP manufacturing methods to increase the cost-competitiveness of the wind geothermal energy generation needed to meet California's statutory energy goalsgeneration; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: •  Production Readiness Plan (draft and final) V. IV. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0015-0000-0x XXXXX XX XXXXXXXXXX XXXXX 0311 STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ RESOURCES CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXXABEC #2 LLC, DBA RCAM TECHNOLOGIES WEST STAR NORTH DAIRY BIOGAS RESOLVED, that the State Energy Resources Conservation and Development Commission (CECEnergy Commission) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable)Form; and RESOLVED, that the CEC Energy Commission approves Agreement EPC-19EPC-14-007 029 with Xxxxx Xxxxxxx ABEC #2 LLC, dba RCAM Technologies West Star North Dairy Biogas for a $2,999,979 4,000,000 grant to designinstall and demonstrate an innovative, manufacture, demonstrate, double-cell covered lagoon digester and test prototypes of wind tower sections and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and design1 MW generation system. The advancement in scientific knowledge in 3DCP materialsWSN double cell lagoon is designed to enable the quantity of wastewater to vary by time of year. The project will prepare the generator platform to add a second MW for potential IOU dispatch, 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 as a qualified energy generation needed to meet California's statutory energy goalsstorage system; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CECEnergy Commission.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ RESOURCES‌‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES LYSTEK INTERNATIONAL LIMITED RESOLVED, that the State Energy Resources Conservation and Development Commission (CECEnergy Commission) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC Energy Commission approves Agreement EPC-19EPC-17-007 022 from GFO-15-325 with Xxxxx Xxxxxxx dba RCAM Technologies Lystek International Limited for a $2,999,979 1,589,163 grant to design, manufacture, demonstrate, construct and test prototypes of wind tower sections demonstrate an innovative technology to pretreat organic wastes prior to anaerobic digestion at a wastewater treatment facility to enhance operational efficiencies and offshore wind energy components using an onsite three- dimensional concrete printed (3DCP) manufacturing process and designincrease biogas production. The advancement in scientific knowledge in 3DCP materials, manufacturing methods pretreatment technology will be constructed as skid- mounted mobile units for processing source-separated organic wastes and large-scale structural performance bio solids and will facilitate have cogeneration capabilities thereby further increasing 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 goalsfrom the wastewater treatment system; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CECEnergy Commission.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 00-0000-0x 00x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, INSTITUTE OF GAS TECHNOLOGY DBA RCAM TECHNOLOGIES GAS TECHNOLOGYINSTITUTE. RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 043 with Xxxxx Xxxxxxx the Institute of Gas Technology dba RCAM Technologies Gas Technology Institute for a $2,999,979 2,000,000 grant to design, manufacture, demonstrate, develop and test prototypes of wind tower sections advanced energy-efficient and offshore wind energy components fire-resistive envelope systems using an onsite three- dimensional concrete printed (3DCP) manufacturing process vacuum insulation for manufactured homes. These advances will be installed in new manufactured homes located in Northern and design. The advancement Southern California, with one site being 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 goalsa disadvantaged community; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-00000122-0x XXXXX XX XXXXXXXXXX XXXXX 1c STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES CAMPTONVILLE COMMUNITY PARTNERSHIP RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves a change in grant recipients for Agreement EPC-19EPC-17-007 with Xxxxx Xxxxxxx dba RCAM Technologies for a $2,999,979 grant 042 from ICF Incorporated, L.L.C., which withdrew from the project, to design, manufacture, demonstratethe Camptonville Community Partnership, and test prototypes the removal of wind tower sections major subcontractor, the Center for Sustainable Energy, which also withdrew from the project. Otherwise, the project, the Camptonville Biomass-to-Energy Project (aka Forest Biomass Business Center Bioenergy Facility - Xxxxxxxxx Site), has not changed from when the CEC approved it on September 11, 2019. This $4,999,830 grant will fund the design and offshore wind energy components using construction of an onsite three- dimensional concrete printed innovative 5 MW (3DCP3 MW BioMAT export plus 2 MW export through other market channels) manufacturing process biomass power plant in Camptonville that will incorporate advanced air pollutant emission controls and designa low water consumption condenser. The advancement in scientific knowledge in 3DCP materials, manufacturing methods This project will help reduce the population of dead and large-scale structural performance will facilitate the deployment diseased trees by consuming up to 50,000 bone dry tons 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 goalsforest biomass per year; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.

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. Products: • Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NONotice of Exemption Form D To: 00Office of Planning and Research From: California Energy Commission PO Box 3044 0000 Xxxxx Xxxxxx, XX-00 0000 Xxxxx Xxxxxx, Xxxx 000 Xxxxxxxxxx, XX 00000 Xxxxxxxxxx, XX 00000-00003044 Project Applicant: Smartville, Inc. Project Title: Low-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RECost and Easy-to-Integrate Second-Life Battery HUB Project Location – Specific: XXXXX XXXXXXXUC San Diego Trade Street Warehouse, DBA RCAM TECHNOLOGIES RESOLVED0000 Xxxxx Xx., Xxxxx 000 Project Location – City: San Diego 92121 Project Location – County: San Diego Description of Nature, Purpose and Beneficiaries of Project: The proposed project would occupy approximately 400 square feet of concrete ramp in front of Loading Docks 20 and 21 at the UC San Diego Trade Street Warehouse. The proposed use of the area would be to install a battery energy storage system that would feed an existing electrical subpanel in Suite 200. Minor trenching in an existing concrete area would be required for installation of electrical conduit. The battery system would operate from Q2 2021 to Q2 2023, after which the system would be removed and the site would be returned to original condition. Name of Public Agency Approving Project: California Energy Commission Name of Person or Agency Carrying Out Project: Smartville, Inc. & The Regents of the University of California; University of California San Diego Exempt Status: (check one) X Ministerial Exemption (Pub. Resources Code § 21080(b)(1); Cal. Code Regs., tit 14, § 15268); Declared Emergency (Pub. Resources Code § 21080(b)(3); Cal. Code Regs., tit 14, § 15269(a)); Emergency Project (Pub. Resources Code § 21080(b)(4); Cal. Code Regs., tit 14, § 15269(b)(c)); Categorical Exemption. State Energy Resources Conservation type and Development Commission section number Cal. Code Regs., tit 14, § 15304 Statutory Exemptions. State code number. Common Sense Exemption. (CECCal. Code Regs., tit 14, §15061(b)(3)) adopts the staff CEQA findings contained Reasons why project is exempt: Class 4 projects consist of minor public or private alterations in the Agreement or Amendment Request Form (as applicable); and RESOLVEDcondition of land which do not involve the removal of healthy, that mature, scenic trees. Based on the CEC approves Agreement EPC-19-007 with Xxxxx Xxxxxxx dba RCAM Technologies for a $2,999,979 grant above project description, the proposed project is exempt under 14 CCR section 15304 Minor Alterations 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 designLand. The advancement in scientific knowledge in 3DCP materialsproposed project consists of minor temporary use of land having no permanent effects on the environment and minor trenching where the surface would be restored. In addition, 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 none of the wind energy generation needed exceptions to meet California's statutory energy goals; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.exemptions apply. Responsible Agency

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. Products: • ● Production Readiness Plan (draft and final) V. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NONotice of Exemption Form D To: 00Office of Planning and Research From: California Energy Commission XX Xxx 0000 0000 Xxxxx Xxxxxx, XX-00 0000 Xxxxx Xxxxxx, Xxxx 000 Xxxxxxxxxx, XX 00000 Xxxxxxxxxx, XX 00000-00000000 Project Applicant: Form Energy, Inc. Project Title: Demonstrating an Aqueous Air-0x XXXXX XX XXXXXXXXXX XXXXX ENERGY RESOURCES‌ CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - REBreathing Energy Storage System for Multi-Day Resiliency Project Location – Specific: XXXXX XXXXXXX, DBA RCAM TECHNOLOGIES RESOLVED, that the State Lab work: Form Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained HQ located in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19San Francisco Pilot-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 site: UCI Engineering Laboratory Facility located northwest of the wind energy generation needed to meet California's statutory energy goals; and FURTHER BE IT RESOLVED, that the Executive Director or hisEngineering Service Road/her designee shall execute the same on behalf of the CEC.East Peltason Drive intersection

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. Products: • Production Readiness Plan (draft and final) V. IV. PROJECT SCHEDULE Please see the attached Excel spreadsheet. RESOLUTION NO: 0020-00000610-0x XXXXX XX XXXXXXXXXX XXXXX 11b STATE OF CALIFORNIA STATE ENERGY RESOURCES‌ RESOURCES CONSERVATION AND DEVELOPMENT COMMISSION RESOLUTION - RE: XXXXX XXXXXXXREPURPOSE ENERGY, DBA RCAM TECHNOLOGIES INC. RESOLVED, that the State Energy Resources Conservation and Development Commission (CEC) adopts the staff CEQA findings contained in the Agreement or Amendment Request Form (as applicable); and RESOLVED, that the CEC approves Agreement EPC-19-007 039 with Xxxxx Xxxxxxx dba RCAM Technologies 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 $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 food cooperative (3DCPco-op) manufacturing process and designin Grass Valley. The advancement in scientific knowledge in 3DCP materials, manufacturing methods goal of this project is to validate the batteries' ability to integrate solar PV and largeprovide energy resilience to the food co-scale structural performance op. RePurpose Energy will facilitate the deployment also conduct a series of large landlaboratory-based cycling tests to identify the degradation rate and offshore wind technologies that use 3DCP manufacturing methods to increase the cost-competitiveness effective useful life of the wind energy generation needed to meet California's statutory energy goalsused EV battery cells; and FURTHER BE IT RESOLVED, that the Executive Director or his/her designee shall execute the same on behalf of the CEC.