Section 1: Introduction and Course Outline
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Section 2: Contexts and M&V Key Concepts
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Section 3: Standards of M&V Practice
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Section 4: Practical Considerations for M&V
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Section 5: Physical and statistical models
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Section 6: System Boundary in M&V
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Section 7: Fundamental Performance Measurement Approaches
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Section 8: Baseline: Additional Considerations
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Section 9: Special Baseline Considerations for Utility Programs
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Section 10: Whole Facility Approach
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Section 11: Retrofit Isolation Approaches
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Section 12: Implementing the baseline model and data from the reporting period
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Section 13: Granularity and load shapes
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Section 14: Using Statistics to Communicate Uncertainty
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Section 15: Metering Consideration and calibration
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Section 16: Fieldwork: formal accreditation, safety, OSHA, and NFPA
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Section 17: Data accessibility, communication, and valuation
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Section 18: Reporting on Measurement and Verification (M&V) Projects
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Section 19: Definitions of IPMVP Options
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Section 20: Practical M&V Challenges
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Section 21: M&V Calculations and M&V Planning in Practice
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Section 22: Sample M&V Plan
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Section 23: Sample M&V Report
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Section 24: ESCO’s Guide to Measurement and Verification
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Section 25: Other M&V Application
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Section 26: The future of measurement and verification
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Section 27: Summary and Resources
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Certified Measurement and Verification Specialist – Practice Test V5.1
You will have access to 100 new questions, which range in difficulty from simple, to moderate, to difficult, to expert. Each practice exam will assist students in concentrating on a particular aspect of the Certified Measurement and Verification Specialist (CMVS) Exam Knowledge Domains.
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