Free Oracle 1z0-996-22 Practice Exam with Questions & Answers

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.

 A bill factor is a value that is used to group bill lines for a rate component within a bill calculation header1. A bill factor can be derived from various sources, such as the usage subscription, the service agreement, the service point, the device, the measuring component, the rate schedule, the rate component, or a custom algorithm2. If the bill factor changes during the bill calculation period, the system will produce multiple bill lines for the same rate component, each with a different bill factor value1. Therefore, the correct answer is C. change in Bill Factor. References:

• About Bill Factors
• Configuring Bill Factors

A Payment Event is a record of a payment transaction that is received from a customer or a third party. A Payment Event can have one or more Tenders, which are the forms of payment that are used to make the payment transaction. For example, a customer can pay a bill using cash and a check, which are two different Tenders. A Tender can have one or more Payment Segments, which are the portions of the payment that are applied to specific accounts, service agreements, or financial transactions. For example, a check can be split into two Payment Segments, one for each account that the customer wants to pay. A Payment is a record of the application of a payment transaction to an account or a service agreement. A Payment can have one or more Payment Lines, which are the individual financial transactions that are created or updated by the payment. For example, a payment can create a credit financial transaction and update an open debit financial transaction. The other options are not correct because they do not reflect the relationship between Payment Events, Tenders, Payment Segments, and Payments. References: Payment Events, Tenders, Payment Segments, [Payments]

According to the Oracle Utilities Customer Cloud Service User Guides, a device type is a configuration entity that defines the properties and behaviors of a device, such as what service it measures, what business object it uses, what characteristics it has, and what measuring components it supports1. Therefore, the following device type attributes are required to identify these device types:

• A. Device Business Object. A device business object is a mandatory attribute that specifies the business object that is used to store and process the device data in the system1. Different device business objects have different fields, validations, and algorithms to handle different types of devices1. For example, the D1-ScalarDevice business object is used for scalar devices that measure a single quantity, such as a gas manual meter2, while the D1-IntervalDevice business object is used for interval devices that measure multiple quantities at regular intervals, such as an electric smart meter3.
• B. Service Type. A service type is a mandatory attribute that specifies the type of service that the device measures, such as electricity, gas, water, or sewerage1. A service type also defines the characteristics and measurements of the service, such as the unit of measure, the measuring component type, and the service quantity identifier. For example, an electric smart meter can measure electricity service with kWh as the unit of measure, D1-ScalarMC as the measuring component type, and D1-Consumption as the service quantity identifier3, while a gas manual meter can measure gas service with m3 as the unit of measure, D1-ScalarMC as the measuring component type, and D1-Consumption as the service quantity identifier2.

The following device type attributes are not required to identify these device types:

• C. Valid Measuring Component Types. Valid measuring component types are optional attributes that specify the measuring component types that can be associated with the device type1. A measuring component type defines the most important properties of a measuring component, such as what it measures, how regularly it measures it, and whether it should be connected to a physical device. If valid measuring component types are not specified for a device type, then any measuring component type can be associated with the device type1.
• D. Manufacturer. Manufacturer is an optional attribute that specifies the name of the manufacturer of the device type1. This attribute can be used to filter or group device types by manufacturer, but it is not essential to identify the device type1.
• E. Serial Number. Serial number is not an attribute of the device type, but an attribute of the device instance1. A serial number is a unique identifier that is assigned to each device by the manufacturer or the utility1. A serial number can be used to identify a specific device, but not a device type1.

References:

• Configuring Device Types
• D1-ScalarDevice Business Object
• D1-IntervalDevice Business Object
• [Understanding Service Types]
• [Understanding Measuring Component Types]

A usage subscription defines the relationship between a service point and a usage recipient, such as a service provider or a billing system1. A usage subscription must exist before usage transactions can be calculated for a specific service point2. The usage recipient is configured in the usage subscription type, which is a template for creating usage subscriptions3. The usage subscription type specifies the default usage recipient, the usage rule type, the usage subscription status, and other attributes for the usage subscriptions of that type3. References:

• 1: Usage Subscriptions
• 2: Usage Transactions
• 3: Usage Subscription Types

A bill segment is a grouping of charges and adjustments that are related to a specific service agreement or service point. A bill segment can have one or more bill calculation headers, which are the result of applying calculation groups to the bill segment. A bill calculation header can have one or more bill calculation lines, which are the individual charges and adjustments that appear on the bill. A bill segment can have multiple bill calculation headers when there are multiple Rate Version Calculation Groups applied to the bill segment. A Rate Version Calculation Group is a calculation group that contains the rules for calculating the charges based on the rate version assigned to the service agreement. A bill segment can have multiple rate versions if there is a rate change during the bill period, or if there are multiple service agreements with different rate versions covered by the bill segment. Each rate version will generate a separate bill calculation header within the bill segment. The other options are not correct because they do not cause multiple bill calculation headers within a bill segment. Multiple Scheduled Read Dates covered by the bill period will affect the usage quantity and the bill factor, but not the number of bill calculation headers. Proration at Bill Factor level or Calculation Rules level will affect the calculation of the charges and adjustments, but not the number of bill calculation headers. Multiple service agreements being covered by a bill segment will affect the bill segment level, but not the bill calculation header level. References: Bill Segments, Bill Calculation Headers, Rate Version Calculation Groups

measuring component is a single point for which data will be received and stored in the system. A measuring component can be associated to a device, which can have one or more measuring components, or it can be “virtual” or “stand-alone,” meaning that it is not associated to a device. A measuring component can have various attributes that define its characteristics, such as the measuring component type, the device configuration, the VEE groups, and the scalar or interval class. Two of the attributes that are specific to a measuring component are:

• Channel Multiplier: A channel multiplier is a value that is used to adjust the measurement data received from the device to the correct units of measure. For example, if the device measures consumption in cubic feet, but the system stores it in cubic meters, the channel multiplier is used to convert the units.
• Channel ID: A channel ID is a unique identifier that is assigned to a measuring component by the device or the head end system. It is used to match the measurement data received from the device to the corresponding measuring component in the system.

The other options are not correct attributes of a measuring component, because:

• Channel ID and Badge Number: A badge number is an attribute of a device, not a measuring component. It is a unique identifier that is assigned to a device by the manufacturer or the utility. It is used to track the device’s history and location.
• Serial Number and Badge Number: A serial number is also an attribute of a device, not a measuring component. It is a unique identifier that is assigned to a device by the manufacturer. It is used to identify the device’s model and specifications.
• Model and Serial Number: A model and a serial number are both attributes of a device, not a measuring component. They are used to identify the device’s manufacturer and specifications.
• Manufacturer and Model: A manufacturer and a model are also attributes of a device, not a measuring component. They are used to identify the device’s brand and type.

References:

• About Measuring Components
• Measuring Components

A Subscription communication is a type of communication that a customer can opt in or out of receiving, such as newsletters, alerts, or promotions. To receive a Subscription communication, a customer must have an active address contact preference that matches the delivery channel of the communication, such as email, SMS, or postal mail. An address contact preference is a record that links a customer’s address to a contact type and a delivery channel. An address type preference and a person contact preference are not required for a Subscription communication, as they are used for other purposes, such as identifying the primary address or person for a customer. An account contact preference is also not required, as it is used for communications that are related to a specific account, such as bills or notices. References:

• Oracle Utilities Customer Cloud Service Business User Guide, Chapter 2: Customer Information, Section 2.4: Managing Customer Communications
• Oracle Utilities Customer Cloud Service Administrative User Guide, Chapter 2: Configuring Customer Information, Section 2.4: Configuring Customer Communications

When creating a new business object for a service point in Oracle Utilities Customer Cloud Service, it is necessary to have certain elements in place to view and update the new elements associated with the service point. The correct option, "C. Display UI Map, Display Map Service Script, and Maintenance UI Map", encompasses the essential components for this process.

• Display UI Map: The User Interface (UI) Map is crucial for defining how the data fields of the business object are displayed in the user interface. It is essentially a layout that dictates how information is presented and interacted with within the system​​.
• Display Map Service Script: Service Scripts are used to handle the business logic associated with a business object. In the context of a Display Map, the Service Script would be responsible for managing how data is retrieved, manipulated, and presented in the UI, based on the definitions in the UI Map​​.
• Maintenance UI Map: Similar to the Display UI Map, the Maintenance UI Map is focused on the aspects of editing or updating the business object. This UI Map would define how the user interface should be laid out for maintenance tasks, such as updating service point details or adding new information​​.

These components work together to ensure that when a new business object is introduced for a service point, it can be effectively displayed, maintained, and interacted with within the Oracle Utilities Customer Cloud Service system.

References:

• Oracle documentation on Defining Business Objects: Defining Business Objects​​.
• Oracle documentation on Useful Services and Business Services: Useful Services and Business Services​​.
• Oracle documentation on Business Objects: Business Objects​​.
• Oracle documentation on Granting Access To Business Objects: Granting Access To Business Objects​​.