MEPP Flashcards
What needs to set-up when creating a new BO to maintain its contents?
Related to Display SS and Maint UI maps
Which of the following entities hold the demographic and geographic information, financial info, billing, etc.
Account, Person, Premise, Service Point, Service Agreement
Which statements are true for Account?
- An account references one or more persons (one is main customer)
- Bills are produced for accounts and are sent to the account’s persons (always sent to main customer)
- Every account has a unique, system-assigned account ID (random number)
- Accounts never expire (dormant when they have no active contracts)
Do not select: Account will Expire
At any instant in time, how many meters (device) can be installed at a service point?
One
How many install events exist for previous year when meter exchange occurred in previous year?
Two - e.g. 1 install event per meter (old and new)
Which does SA Type control?
- Defines Rates that can be used on its SAs
- Defines which Date is used to select a Rate (Rate Selection Date)
- Start Options
- Payment Info
- Is Billable
- Severance Criteria
- Special Role (e.g. PA, Bill Determinants Required)
- Valid SP Types
- Debt Class
- Recurring Charges
- A premise may have zero, one or more service points
Which are true for components?
- Attached to asset,
- Cannot be installed to a location
- Has a disposition
Which of the following are true for the relationship between Assets and Components?
Components are a class of Assets.
Components cannot be installed on their own at a location, but can be received, tracked, or inspected like any other Asset.
Components and Assets have dispositions
(False options contradict those that are true e.g. Components are not Assets…)
Aside from set of procedures and careful handling instructions for Specifications, what can be used to provide information about specifications?
Attributes
Specifications (design details and/or functional performance criteria) of Assets/Components includes following info:
1) procedures
2) handling instructions
3) attributes
Which of the following are true about Specifications and Assets?
A single specification can be used on many assets
A specification may contain peer specifications
NOTES:
Specifications are user defined and can easily be extended
Specification reference an Asset Type and Manufacturer
Should have unique internal stock code
Define available Firmware Versions
Which of the following are valid Asset dispositions?
Statuses:
* In Service,
* Pending Disposition
* Installed or Attached (for Component),
* In Receipt,
* In Repair,
* In Stores,
* Out of Service,
* Rejected,
* Retired
(Invalid answer would include a variant of a correct disposition e.g. Receiving, Storage).
Where to configure which usage need to be measured?
Measuring Component Type
What are the attributes for measuring components?
Channel Id and Multiplier
(choices may vary, review other possible attributes of MCs)
- Measuring Component Type
o UOM/TOU/SQI
o Scalar or Interval
o Subtractive or Consumptive - Device configuration to which the measuring component is associated
- Details concerning how the measuring component is read, such as the number of digits, the type of read out (dials or digital), the meter multiplier, etc.
- The VEE groups used for validation and estimation of measurement data.
Measurement Component fields
Channel Multiplier and Channel Id
Which of the following are true about Subtractive and Consumptive reading?
Subtractive MC’s usage = End Measurement minus Start Measurement.
Consumptive MC’s usage = Measurement
Which of the following are not true for Measuring Components?
- Types of MCs include Physical, Standalone, Scratchpad, and TOU.
- Seconds-per-interval is measured by Scalar MCs.
The following is true for MCs:
- Type of MC include Physical, Standalone, Scratchpad, Aggregator
- SPI is only applicable for Interval MCs
Which is true about the relationship of Device and Measuring Components?
- Device has attributes that are the same regardless of number of MCs
- MC has attributes that may differ for each MC in a device
- Device Configuration records how device’s MC look at instant in time
If a company has scalar devices with different registers for outgoing and incoming kwh measurements, how should you implement this in C2M?
1 device and multiple MCs
Choose 2 required configuration for Device Type for the two devices (something like that)
Provided Gas Manual meter and Electric Smart meter
- Service Type
- Business Object
What are the different Service Order Activity Types/Processes?
- Enable Service,
- Disable Service,
- Cut for Non Payment,
- Reconnect Service for Payment,
- Exchange Meters,
- Back to Back Service
What can be done by Enable Service Order?
- Connect SP,
- Install device,
- Turn on device,
- Check Measurement exists
What can “Are SP and Device Ready?” status algorithm do?
- Customer Device Compatibility Check,
- Connect SP and/or Install Device,
- Connect Device,
- Check for Measurement,
- Update US/SP Start Date Time
Note: It cannot “Create Service Point”, “Create Device”, etc, which are the other choices for this question
Which of the following is Connect SP and/or Install Device algorithm capable of?
Sending a smart meter command
Create field activity
What should be setup in order to send bill /subscription (notification) to customer?
Account Contact Preference
Which three of the following are true about Usage Subscription?
- A usage subscription must exist before a customer or a service point’s usage can be calculated
- Usage subscriptions are created/updated when a service agreement is created or updated
- Usage subscriptions control how usage is calculated and the service points whose consumption is used to calculate the usage
- A usage subscription may be linked to multiple service points
How many Service Points can a Usage Subscription reference?
One or more
Where do you define the recipient of the usage / bill determinant?
Usage Subscription / Type
Which are true about measurements/usage?
- Usage is other term for bill determinants
Question about relationship of initial and final measurements? or how to calculate usage?
- Initial measurements are normalized into final measurements where each final measurement is for a specific date and time
- Initial measurements (IMDs) contain original and final versions, final measurements are created using Post VEE quantities
- A final measurement’s condition is copied from the post VEE condition
- Only initial measurements can be edited directly by end users, if final measurements are wrong, a new IMD is created to correct them.
- Initial Measurements (IMD) must be created and completed to add or update measurements as there is no UI that allows users to directly edit final measurements
- Only one final measurement can exist for a given date/time for a given measuring component; one final measurement exists per interval, and likewise one final measurement exists for each scalar reading. In both cases, the final measurement value stored represents the amount consumed between its date/time and the prior final measurement’s date/time
Question regarding on where to determine the computation for Derived Values
Measuring Component Type
What is the correct flow from IMD to creation of usage?
Load Initial Measurements ->
Validate Edit Estimate (VEE) Initial Measurements ->
Create Final Measurements ->
Calculate Usage