SALESFORCE CERTIFICATION
Energy and Utilities Cloud Accredited Professional Practice Exam
Exam Number: 3762 | Last updated 14-Apr-26 | 1706+ questions across 6 vendor-aligned objectives
The Energy and Utilities Cloud Accredited Professional exam validates your ability to implement Salesforce solutions for energy companies, utilities, and water providers. It covers the industry-specific data model for service points, meters, premises, and accounts, as well as the customer engagement workflows unique to regulated utility environments.
A full 25% of the exam targets Industry Data Model, covering accounts, service points, premises, meters, and service agreements. At 20%, Customer Management represents the single largest exam section, covering move-in/move-out, account hierarchies, and customer programs. The exam allocates 20% to Usage and Billing, covering usage tracking, rate plans, billing integration, and payment processing. Combined, these sections account for the lion’s share of the exam and reflect the skills employers value most.
Beyond the core areas, the exam also evaluates complementary skills. The largest portion of the exam — 20% — focuses on regulatory and programs, which spans energy efficiency, demand response, rebates, and compliance. Roughly 15% of the questions address Outage and Field Operations, which spans outage management, communication workflows, and field service integration. Do not overlook these sections — the exam regularly weaves them into multi-concept scenarios.
Every answer links to the source. Each explanation below includes a hyperlink to the exact Salesforce documentation page the question was derived from. PowerKram is the only practice platform with source-verified explanations. Learn about our methodology →
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Question #1 - Architect and maintain accounts, service points, and premises to ensure clean, scalable data structures that power accurate reporting and integrations
A energy/utilities company is implementing Energy and Utilities Cloud and needs to understand the industry-specific data model before configuration.
What should the professional assess first?
A) Build a completely custom data model from scratch
B) Review the Energy and Utilities Cloud industry data model documentation to understand industry-specific objects, fields, and relationships that extend the core Salesforce platform for energy/utilities use cases
C) Migrate all data to a third-party system
D) Use the standard Salesforce data model without modifications
Show solution
Correct answers: B – Explanation:
Industry cloud data models extend Salesforce with purpose-built objects for energy/utilities. Understanding these before configuration prevents building custom solutions that duplicate built-in features. Source: Trailhead: Energy Utilities Cloud Basics
Question #2 - Architect and maintain accounts, service points, and premises to ensure clean, scalable data structures that power accurate reporting and integrations
A energy/utilities organization needs to configure service points as part of their Energy and Utilities Cloud implementation.
What configuration approach should be used?
A) Implement the feature using standard Salesforce objects only
B) Build custom objects to replace the industry cloud functionality
C) Skip this configuration and address it in a future phase
D) Use the built-in Energy and Utilities Cloud configuration tools and industry-specific components to set up service points, leveraging out-of-the-box features before customizing
Show solution
Correct answers: D – Explanation:
Industry clouds provide purpose-built tools for service points. Using built-in features reduces development time and ensures compatibility with future upgrades. Source: Trailhead: Data Modeling
Question #3 - Process and fulfill usage tracking, rate plans, and billing integration to process customer orders accurately from placement through fulfillment and invoicing
A consultant is designing a energy/utilities solution and needs to integrate Energy and Utilities Cloud with the client’s existing enterprise systems (ERP, billing, legacy databases).
What integration strategy should be recommended?
A) Use file-based batch imports only
B) Replace all existing systems with Salesforce
C) Manual data re-entry between systems
D) Design an integration architecture using middleware (MuleSoft) or Salesforce APIs that connects Energy and Utilities Cloud with enterprise systems, mapping industry-specific data models to the external system formats
Show solution
Correct answers: D – Explanation:
Integration architecture connects the industry cloud with existing systems through APIs and middleware, mapping industry-specific objects to external formats while maintaining data integrity. Source: Trailhead: Flow Builder
Question #4 - Monitor and report energy efficiency, demand response, and rebates to meet regulatory requirements and maintain auditable records of system changes and access
A energy/utilities company’s users report that the Energy and Utilities Cloud Lightning pages are cluttered with too many components, making daily workflows slow and confusing.
What should the professional recommend?
A) Redesign the Lightning page layouts using Dynamic Forms and component visibility rules to show only relevant components based on the user’s role and the record’s context, reducing clutter while maintaining functionality
B) Tell users to scroll more carefully
C) Remove all industry-specific components from the page
D) Create separate apps for each user role
Show solution
Correct answers: A – Explanation:
Dynamic Forms with visibility rules display only relevant components based on user role and record context. This reduces cognitive load while maintaining access to all necessary features. Source: Trailhead: Reports & Dashboards
Question #5 - Monitor and report energy efficiency, demand response, and rebates to meet regulatory requirements and maintain auditable records of system changes and access
A energy/utilities organization wants to generate industry-specific reports showing KPIs relevant to their business, such as meters.
What reporting approach should be configured?
A) A third-party BI tool with no Salesforce connection
B) Configure reports using Energy and Utilities Cloud’s industry-specific report types and dashboards that surface KPIs relevant to energy/utilities, including custom report types for cross-object analysis
C) Standard Salesforce reports with no industry customization
D) Manual spreadsheet-based reporting
Show solution
Correct answers: B – Explanation:
Industry clouds include purpose-built report types that join industry-specific objects. Dashboards surface relevant KPIs for energy/utilities stakeholders. Source: Trailhead: Accounts & Contacts
Question #6 - Monitor and report energy efficiency, demand response, and rebates to meet regulatory requirements and maintain auditable records of system changes and access
A professional needs to configure user permissions for a Energy and Utilities Cloud implementation where different roles need access to different features and data.
How should security be configured?
A) Give all users System Administrator access
B) Configure role-based permission sets using the Energy and Utilities Cloud permission set groups, assigning industry-specific object access and feature permissions based on each user role’s responsibilities
C) Create a single custom profile for all users
D) Disable all security for ease of use
Show solution
Correct answers: B – Explanation:
Permission set groups for industry clouds bundle industry-specific object access and feature permissions. Role-based assignment ensures users have appropriate access. Source: Trailhead: Experience Cloud
Question #7 - Architect and maintain accounts, service points, and premises to ensure clean, scalable data structures that power accurate reporting and integrations
A energy/utilities company is planning to go live with Energy and Utilities Cloud and needs a data migration strategy for their legacy energy/utilities data.
What migration approach should be used?
A) Plan a phased migration mapping legacy data to Energy and Utilities Cloud’s industry data model, cleansing and transforming data to match the target schema, loading in dependency order, and validating data integrity post-migration
B) Import all data into standard Salesforce objects ignoring industry extensions
C) Keep the legacy system and avoid migration
D) Delete all legacy data and start fresh
Show solution
Correct answers: A – Explanation:
Data migration must map legacy structures to the industry cloud’s specific data model, maintaining relationships and data quality through cleansing, transformation, and validation. Source: Trailhead: Data Security
Question #8 - Deploy and support outage management, communication workflows, and field service integration to empower field teams with reliable, offline-capable tools that keep work moving on the go
A energy/utilities company wants to create a self-service portal for their customers using Energy and Utilities Cloud.
What platform should be used?
A) A static HTML website with contact forms
B) Email-based customer service only
C) A custom-built web application
D) An Experience Cloud portal integrated with Energy and Utilities Cloud, providing customers with self-service access to industry-specific features like account management, service requests, and relevant information through a branded portal
Show solution
Correct answers: D – Explanation:
Experience Cloud with Energy and Utilities Cloud integration provides a self-service portal with industry-specific functionality connected to the Salesforce data model. Source: Trailhead: Formulas & Validations
Question #9 - Deploy and support outage management, communication workflows, and field service integration to empower field teams with reliable, offline-capable tools that keep work moving on the go
A professional is testing the Energy and Utilities Cloud configuration before go-live and discovers that some industry-specific automation is not triggering as expected.
What troubleshooting approach should be used?
A) Disable all automation and rely on manual processes
B) Rebuild all automation from scratch
C) Systematically review the automation configuration — check flow activation status, trigger conditions, record criteria, and industry-specific process settings; use debug logs and flow debugging to trace execution paths and identify where the automation fails
D) Deploy to production and wait for users to report issues
Show solution
Correct answers: C – Explanation:
Systematic troubleshooting examines each configuration layer: activation status, trigger conditions, criteria evaluation, and execution paths using debug tools. Source: Trailhead: Change Management
Question #10 - Architect and maintain accounts, service points, and premises to ensure clean, scalable data structures that power accurate reporting and integrations
A energy/utilities organization wants to leverage AI and analytics features within Energy and Utilities Cloud to improve operational efficiency.
What should the professional recommend?
A) Purchase a third-party AI tool with no Salesforce integration
B) Only use standard reports without AI
C) Enable Einstein features available for Energy and Utilities Cloud such as prediction builder, recommendation engine, and analytics dashboards that leverage industry-specific data for AI-driven insights without custom model development
D) Build custom machine learning models from scratch
Show solution
Correct answers: C – Explanation:
Einstein features integrated with industry clouds provide AI-driven insights (predictions, recommendations, analytics) using industry-specific data without custom ML development. Source: Salesforce Docs: Integration Patterns
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Exam mode & learn mode · Score by objective · Updated 14-Apr-26
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What the Accredited Energy Utilities Cloud exam measures
- Architect and maintain accounts, service points, and premises to ensure clean, scalable data structures that power accurate reporting and integrations
- Deliver and support move-in/move-out, account hierarchies, and customer programs to deliver reliable platform solutions that meet real-world business demands
- Process and fulfill usage tracking, rate plans, and billing integration to process customer orders accurately from placement through fulfillment and invoicing
- Deploy and support outage management, communication workflows, and field service integration to empower field teams with reliable, offline-capable tools that keep work moving on the go
- Monitor and report energy efficiency, demand response, and rebates to meet regulatory requirements and maintain auditable records of system changes and access
How to prepare for this exam
- Review the official exam guide
- Complete the Energy and Utilities Cloud trail on Trailhead — focus on the industry data model and customer management modules
- Configure a utility customer scenario in a sandbox with service points, premises, and move-in/move-out workflows
- Work with an energy or utility company implementing Salesforce to gain industry-specific experience
- Focus on Industry Data Model and Regulatory Programs — they combine for 45% of the exam
- Use PowerKram’s learn mode for utility-specific scenarios
- Run timed exams in PowerKram’s exam mode
Career paths and salary outlook
Energy and Utilities Cloud specialists serve a regulated, high-impact industry:
- Utilities Cloud Consultant — $110,000–$155,000 per year, implementing CRM for energy companies (Glassdoor salary data)
- Utility CRM Manager — $90,000–$130,000 per year, managing customer engagement technology (Indeed salary data)
- Energy IT Director — $135,000–$185,000 per year, leading technology strategy for utility operations (Glassdoor salary data)
Official resources
Follow the Energy and Utilities Cloud Learning Path on Trailhead. The official exam guide covers every objective.