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ISO 14001 defines requirements for environmental management systems (EMS), focusing on sustainability and environmental performance. ISO 50001 (A) addresses energy management specifically, ASHRAE 62.1 (C) sets ventilation standards, and LEED (D) is a building certification system. For Certified Energy Managers, ISO 14001 and ISO 50001 often work together, reinforcing sustainability goals and compliance.

The Science Based Targets initiative (SBTi) provides companies with guidance and validation for setting greenhouse gas reduction goals aligned with climate science and the Paris Agreement. ISO 50001 (A) focuses on energy management systems, Kyoto Protocol (B) was an international treaty preceding Paris, and ASHRAE 90.1 (D) sets building efficiency standards. For Certified Energy Managers, awareness of frameworks like SBTi is important because many organizations adopt these targets to demonstrate sustainability leadership, influencing corporate energy management strategies and reporting practices.

An anemometer measures air velocity, allowing airflow calculation. Lux meters (B) measure light, manometers (C) measure pressure, and pyranometers (D) measure solar irradiance. Certified Energy Managers use anemometers to verify HVAC performance.

Fixed-price contracts provide price certainty over the contract term, protecting against price volatility. Spot market (A) varies daily, TOU (C) varies by time, and

variable rate (D) fluctuates. Certified Energy Managers evaluate contracts to minimize cost risk.

The MandV plan defines baseline conditions, measurement approaches, and calculation methods used to verify actual savings in an ESPC. Feasibility studies (A) identify opportunities, operations manuals (C) guide daily practices, and audit reports (D) outline potential ECMs. For Certified Energy Managers, a solid MandV plan is essential to ensure transparency, accountability, and contractual integrity in performance contracting.