TECHNICAL TASKS. Products that require a draft version are indicated by marking “(draft and final)” after the product name in the “Products” section of the task/subtask. If “(draft and final)” does not appear after the product name, only a final version of the product is required. Subtask 1.1 (Products) describes the procedure for submitting products to the CAM.
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Required technology (select one): Solar photovoltaic (PV) Wind turbine Optional additional equipment (select all that apply): Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Required technology (select one): Solar photovoltaic (PV) Wind turbine Optional additional equipment (select all that apply): Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): The solar project will be installed on the northeast corner of the 8th Avenue property on APN 002-060- 004 near the transformer, in a field previously used for producing walnuts. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to power (For example: greenhouse; irrigation pumps; electric vehicle charging): Irrigation Pumps Rated Capacity of system: [ 32.94 ] kW General Description of Equipment (please include information such as number of arrays or turbines): 1 array consisting of 85 solar panels and 1 inverter Expected Make and Model of Equipment to be Installed (include modules and inverter): Solar Panels: (85) Q Cells ® Q Peak Duo L-G5.3 390 Watt Inverters (1) SMA America STP33-US-41 Expected Contractor(s), if known (include Contractor State License Board (CSLB) license number): Xxxxx Xxxxxxx, Xxxxxxx Construction Inc. CSLB # 533350
TECHNICAL TASKS. Deliverables that require a draft version are indicated by marking “(draft and final)” after the deliverable name in the “Deliverables” section of the task/subtask. If “(draft and final)” does not appear after the deliverable name, only a final version of the deliverable is required. Subtask
TECHNICAL TASKS. Phase Task Description Start Duration Month (Months) I Development of molecular biology protocols. 1 Nucleic acid probe design. Optimal E. coli and lambda 1 1 nucleic acid sequences will be determined for maximum specificity. 2 Optimization of protocols for labeled nucleotide 2 6 incorporation by polymerize target extension. Labeled oligonucleotides complementary to nucleic acid targets will be synthesized by enzymatic extension reactions. Optimal conditions for fluorescent report synthesis will be determined. 3 Optimization of sample preparation protocols. 8 3 Experiments will be performed to determine the optimal conditions for sample preparation. Various parameters such as buffer composition, extraction procedures, and hybridization conditions will be evaluated. Targets will consist of low levels of E. coli genomic DNA. Effects of interferants usually present in food samples will be evaluated. 4 Demonstration of the detection of specific sequences of 11 2 bacterial contaminants. The detection system currently in operation at LANL will be modified to perform experiments on the detection of specific sequences of bacterial contaminants. Increasingly diluted samples of E. coli genomic DNA will be analyzed. Limits of detection are expected to lie in the femtomolar (10-15 M) range. II Design and construction of a prototype instrument for the 13 detection of low levels of E. coli. 1
TECHNICAL TASKS. 4.1 Air Force Activity will be responsible for the following tasks: - Provide suitable demonstration items for the length of the demonstration - Provide technical data/support for the purpose of developing the necessary database for the demonstration. - Review and acceptance of the design of the system for the length of the demonstration - Procure/make available necessary explosives for the demonstration - Provide personnel and support activities necessary for the length of the demonstration - Agree to and coordinate demonstration execution criteria - Execute the agreed demonstration plans - Prepare an after initiative report
TECHNICAL TASKS. Unless otherwise provided in the individual Task, the Contractor shall prepare all deliverables in accordance with the requirements in Task 1.5.
TECHNICAL TASKS. The purpose of this task is successful procurement and installation of all project components identified in this Agreement. Required technology (select one): Solar photovoltaic (PV) Wind turbine Optional additional equipment (select all that apply): Battery Energy Storage Pump replacement (conversion of fossil fuel pump to electric pump) Electric Vehicle Charging Infrastructure System 1 Project Detail a. Renewable Energy System Description of where equipment will be installed on the property (For example: northeast corner by barn): South corner of the northeast set of growing rooms. It is located just north of the chiller and cooling tower. The total solar system will cover about 1/4th of the building’s rooftop. The APN is 017-140-003-000. For Solar PV, please identify the surface of installation: Rooftop If so, is the rooftop on an existing building? Yes No Parking lot (can be unpaved). If so, is it an existing parking lot? Yes No Ground-mounted or Floating (Solar Panels mounted on pontoons and floating on irrigation pond). Other: Electricity produced will be used to serve (For example: greenhouse; irrigation pumps; electric vehicle charging): Mushroom growing rooms and supporting grow-room climate control infrastructure (HVAC, Pumps, Compressors, Growing Control Systems, Air Handlers, Etc.) Rated Capacity of system: [125] kW
TECHNICAL TASKS. TASK 2 Define Extreme, Compound, & Cascading Climate Scenarios The goal of this task is to define and identify stakeholder-informed climate scenarios that stress the grid. This includes defining key metrics and thresholds beyond which grid reliability is challenged and identifying extreme climate events, compound events (co-occurrence of climate extremes), and cascading events (events occurring in succession) in the climate models corresponding to those metrics and thresholds. The climate scenarios could be a series of extreme, compound, or cascading events or a season capturing several events. WECC-wide climate models and data will be used as the basis for this analysis and close collaboration with Group 2 will be required to appropriately establish the link between grid stress events and climate/weather characteristics. This workstream will leverage and build upon the Recipients work on EPC-20-007 to characterize climate-related grid stress events. The Recipient shall: • Work closely with Group 2 to collaborate and apply learnings. • Identify historical climate events that stressed California’s electric grid. • Identify the causes of grid failures of historical events and the thresholds of failure (e.g. peak demand spikes, renewable energy lulls or droughts, transmission or distribution congestion, reduced import capacity, unplanned generation outages, etc.). • Work with project stakeholders, the Technical Advisory Committee, and Group 2 to identify projected climate and weather conditions that could lead to grid failures and that are not represented by historic events. • Develop a Summary of the Stakeholder Feedback on Extreme, Compound & Cascading Climate Scenarios. • Identify important geographic thresholds that contributed to or can contribute to grid failures (e.g. boundaries among local reliability areas, service territories, independent system operator territories, etc.). • Assess the climate and weather characteristics of the historic events and additional events defined by stakeholders related to the causes of grid failures (e.g. heatwave X% above regional average peak temperature), taking note of examples that cross multiple identified grid stress thresholds or are caused by more than one climate or weather event (i.e. compound events). • Map the grid stress events to weather or climate parameters. • Leveraging the climate models used in Group 25 and working closely with the Group 2 team, search the climate models for these stress event weather...
TECHNICAL TASKS. TASK 2 ADAPTIVE MICROGRID (AM)
