Pass the Oracle Utilities Customer Cloud 1z0-996-22 Questions and answers with ExamsMirror

Based on the information provided in the Oracle Utilities Customer Cloud Service documentation, the three configuration areas that impact the usage calculation process in the context of the D2-UsageTransaction business object are as follows:

VEE Rule (Validation, Estimation, and Editing Rule): The VEE rule is crucial in the usage calculation process as it involves the validation, estimation, and editing of meter data before it is used for billing and other purposes. This ensures the accuracy and reliability of the data used in the calculation.

TOU Map (Time of Use Mapping): Time of Use (TOU) mapping is significant in the usage calculation process, especially for customers on TOU rates. It involves mapping the consumption data to different time periods, which are often priced differently. This impacts the overall calculation of the usage cost.

Usage Calculation Rules: These rules define how usage is calculated based on various factors such as consumption data, rate schedules, and other relevant parameters. They are integral to determining the final usage charges.

These configuration areas are integral to the process of calculating usage, ensuring that the calculated data is accurate, corresponds to the appropriate time periods, and aligns with the specific billing rules and rates applicable to the customer.

Derived values are values that are calculated from final measurements using formulas or algorithms. They are used to represent different aspects of the same measurement, such as peak demand, average consumption, or temperature correction. Final measurements can have multiple derived values associated with them, as long as they have the same date and time. For example, a final measurement of electricity consumption for a specific hour can have derived values for peak demand, average demand, and power factor for that same hour. Derived values are stored separately from final measurements, but they are linked by the measurement ID and the derived value type. Derived values can be used for downstream processing such as billing, reporting, or analytics. References: About Final Measurements, [About Derived Values]

QUESTIONNO: 6

What happens when a device’s measuring components are reconfigured (a new measuring component will be read) at a service point?

A. A device with a new configuration type is created.

B. The original installation event is updated with the “removal” (expire old device configuration).

C. A device with a new configuration type is created. Moreover, a new installation event is created to ‘install” (new device configuration).

D. The original installation event is updated with the “removal” (expire old device configuration) and a new installation event is created to “install” (new device configuration).

E. A new installation event is created to “install” (new device configuration).

Answer: A

In Oracle Utilities Customer Cloud Service, when configuring a VEE (Validation, Estimation, and Editing) group for the purpose of executing rules during the loading of Initial Measurement Data (IMD), the VEE group is directly associated with both Device Type and Measuring Component Type. This association is crucial as it determines how the VEE group and its rules apply to the data from specific types of devices and measuring components. This ensures that the data validation, estimation, and editing processes are tailored to the characteristics and requirements of the specific types of devices and components being used in the utility's operations​​​​​​.

References:

Oracle documentation on Configuring VEE Groups: Configuring VEE Groups​​.

Oracle documentation on Understanding VEE Groups: Understanding VEE Groups​​.

Oracle documentation on VEE Groups: VEE Groups​​.

In Oracle Utilities Customer Cloud Service, proration can be disabled on three key entities: the Calculation Rule Business Object, Bill Factor, and Rate Version Calculation Group. Proration is a method used to adjust charges or quantities based on the portion of the billing period or rate version effective period that they cover. Disabling proration on these entities allows for greater control over how charges are calculated and applied, ensuring that they align with the specific billing and rate strategies of the utility company. This is particularly important in scenarios where fixed charges or quantities are applied irrespective of the portion of the period they cover​​.

References:

Oracle documentation on Service Quantity Proration: Service Quantity Proration​​.

In Oracle Utilities Customer Cloud Service, the valid asset dispositions reflect the various stages an asset undergoes throughout its lifecycle. The correct answer, "C. In Receipt; Installed; In Stores; Retired", represents these stages. These dispositions indicate the status and location of assets as they move in and out of service or undergo maintenance or repair. For example, 'In Receipt' may indicate an asset newly received and not yet deployed, 'Installed' represents assets actively in use, 'In Stores' for assets held in storage, and 'Retired' for assets that are no longer in service​​​​.

References:

Oracle documentation on About Assets: About Assets​​.

Oracle documentation on Asset Locations: Asset Locations​​.

Bill segments are the entities that contain the details of how a bill was calculated and how it will be printed on a bill. A bill typically contains one bill segment for every active service agreement linked to its account. A bill segment contains information showing how the segment was calculated and how it should be printed on the customer’s bill. The actions taken to create a bill segment are dependent on the service agreement’s SA type. For example, a service agreement that charges for metered service is produced as follows:

The system requests for the amount or usage consumed (or billing determinants) from Oracle Utilities Meter Data Management (e.g., the number of lamps, the number of gallons of water, the peak kW, etc.).

The service agreement’s rate is applied to the amount consumed to calculate how much the customer owes for the service. A bill segment and a financial transaction are generated to reflect the results of this calculation. The system has different bill segment creation algorithms for different types of service agreements, such as deposits, adjustments, or flat fees. The bill segment type on the service agreement’s SA type determines which algorithm to use. Bill segments are linked to the source information (e.g., service agreement, rate, meter read) and can be modified by changing the source information and regenerating the bill segment. References: Maintaining Bill Segments, Bill - Bill Segments

Derived values are additional values that are calculated from the final measurement value using a derivation formula1. Derived values can be used for billing, reporting, analysis, or other purposes. Derived values are configured on the measuring component type, which defines the properties and behavior of a measuring component2. A measuring component is a part of a device that measures a service quantity, such as a register, a channel, or a sensor3. A device can have one or more measuring components of different types4. By configuring the derived values on the measuring component type, the system can apply the same derivation formula to all measuring components of that type, regardless of the device they belong to. This ensures consistency and accuracy of the derived values across devices. References:

1: About Final Measurements

2: Measuring Component Types

3: Measuring Components

4: Devices

Whenever a device is installed or removed at a service point, an installation event is created. Installation events capture the history of the devices that have been installed at a service point and link a specific device configuration to the service point. There are different types of installation events for different types of devices, such as smart meters, manual meters, items, and communication components. In this case, since there has been a meter exchange at a service point in the past year, there must be two installation events: one for the removal of the old meter and one for the installation of the new meter. Both installation events will have the same service point ID, but different device configuration IDs and dates/times. References: About Install Events, Maintaining Install Events

 The base functions that you should use to meet your client’s requirements are the following:

Apply validations on meter reads coming from the Data Collectors: You can use the Oracle Utilities Meter Data Management (MDM) Cloud Service to perform validation, editing, and estimation (VEE) on the initial measurement data (IMD) that is loaded from the Head End system or other source. MDM has a set of predefined VEE rules that can be configured and customized to check the accuracy and completeness of the meter reads. You can also define your own VEE rules using the VEE Rule Maintenance feature. MDM applies the VEE rules to the IMD based on the VEE Group and the VEE Execution Type that are associated with the device configuration and the service point. MDM also supports manual VEE for users to review and edit the IMD.

If a meter read does not pass the validation, an error will be generated and assigned to a user: You can use the To Do feature to create and assign tasks for users to resolve the VEE exceptions that are generated when the IMD fails the validation. You can configure the system to automatically create a To Do entry for each VEE exception or for a group of VEE exceptions based on the To Do Creation Algorithm on the VEE Rule. You can also specify the To Do Type, the To Do Status, the To Do Priority, and the To Do Assignee for the To Do entry. The To Do entry will contain the details of the VEE exception, such as the IMD ID, the VEE Rule ID, the VEE Group ID, and the VEE Execution Type ID. The user can access the To Do entry from the To Do List or the 360 Degree View device portal and take the appropriate action to correct the IMD or the VEE rule.

Retry the validation every 30 minutes for the errors in case the issue is related to configuration: You can use the IMD Retry feature to automatically reprocess the IMD that has VEE exceptions after a specified interval. You can configure the system to set the Next Retry Date/Time on the IMD to 30 minutes after the VEE exception is generated. You can also specify the Maximum Number of Retries and the Retry Interval Algorithm on the VEE Rule. The system will run the algorithm D1-IMD-RETRY (Retry Initial Measurement Data Processing) periodically to identify the IMD that has a Next Retry Date/Time that is less than or equal to the current date and time. The algorithm will then reapply the VEE rules to the IMD and update the VEE results. If the IMD passes the validation, the VEE exception and the To Do entry will be cleared. If the IMD still fails the validation, the Next Retry Date/Time will be updated and the To Do entry will remain open until the user resolves the issue or the maximum number of retries is reached. References: Oracle Utilities Meter Data Management Overview, VEE Rule Maintenance, [To Do], [IMD Retry]

Device types define information about a class of devices, including properties that apply to all devices of a type1. For the AMI roll-out, the device type administrative data should consider the following aspects:

Valid head-end systems: A head-end system is a system that communicates with devices and collects measurement and event data from them2. The device type should specify a fallback head-end system and a list of valid head-end systems that can be used for the devices of that type1. This will allow the customer to choose the head-end system that best suits their needs and preferences.

Valid device configuration types: A device configuration type defines the configuration parameters and commands that can be applied to a device of a certain type3. The device type should specify the valid list of device configuration types that can be used for the devices of that type1. This will ensure that the devices are configured consistently and correctly to support the existing tariffs for billing.

Electricity service type: A service type defines the characteristics of a service that is provided to a customer, such as the commodity, the rate schedule, the bill cycle, etc4. The device type should specify the electricity service type that is associated with the devices of that type1. This will enable the system to calculate the usage and billing for the devices based on the service type. References:

1: Understanding Device Types

2: Head End Systems

3: Device Configuration Types

4: Service Types

A device is a physical or logical entity that can measure, control, or monitor something1. A measuring component is a single point for which data will be received and stored in the system2. A device can have one or more measuring components, or none at all2. Measuring components can be classified into two primary classes: scalar and interval2. Scalar measuring components are measured at unpredictable intervals, such as once a month2. Interval measuring components are measured at predictable intervals, such as every 15 minutes, every 30 minutes, every hour, etc2. A device can have any combination of interval and/or scalar measuring components, depending on the device type, device configuration, and measuring component type23. Therefore, the correct answer is D. A device can have any combination of interval and/or scalar measuring components. References:

About Devices

About Measuring Components

Maintaining Measuring Components