The Lighting Systems (CALT) course is designed to provide high quality and standardized technical lighting auditing training to staff working in lighting programs and meets the dual objective of preparing participants to successfully pass the NALMCO Certified Apprentice Lighting Technician (CALT) certification exam, and to equip them to be more knowledgeable and effective auditors, inspectors, engineers, incentive administrators, and project coordinators working in the field of clean energy. The technical Lighting Principles, Systems and Energy Conservation portions of the course are based on various nationally recognized certifications, the Association of Energy Engineers (AEE), and Occupational Safety and Health Administration (OSHA), this allows individuals completing the course to have a better fundamental understanding of lighting.

This course provides participants with the knowledge and skills required to perform energy utility billing and analysis. This course also includes an in-depth exploration of energy benchmarking, focusing on advanced techniques and methodologies. Participants will learn how to effectively work with energy utility data, manipulate it in Excel, and analyze it to identify patterns, trends, and anomalies. The course will cover various techniques and tools for data cleaning, visualization, and reporting, enabling participants to gain valuable insights for energy management and cost optimization. Through a combination of lectures, case studies, and hands-on exercises, participants will gain the skills and knowledge necessary to effectively analyze energy utility bills and identify opportunities for improvement.

To properly size a heat pump unit, you need to calculate the heating and cooling loads for the space you want to heat or cool. An accurate calculation can help you avoid choosing the wrong size heat pump, which can impact efficiency, performance, and customer satisfaction. For example, an oversized heat pump can lead to low efficiency and shortened equipment life, while an undersized heat pump can increase energy costs.

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The project management course is intended to improve staff knowledge and application of project management principles, increase staff efficiency, and cultivate greater staff retention by offering more opportunities for upward mobility. This course will cover initiating, planning, executing, controlling, and closing the work of a team to successfully achieve project goals. The course promotes uniformity of all staff working under the same metrics for project management. This training shows ways to balance competing demands (scope, time, cost, quality, requirements, expectation of various stakeholders, etc.) throughout the project lifecycle.

This CEM training will be virtual as an on-demand course via Association of Energy Engineers (AEE). There will be a weekly study group session to cover one module each with Nick Rugulo, who is a civil engineer with CEM credentials. The exam can be taken afterward. The study groups will be limited to 25 people per cohort. Participants must enroll in the AEE course to join this group.

Billions of dollars in funding from state and federal sources are being allocated to develop the infrastructure required for the installation of electric vehicle (EV) charging equipment. This course is held as 3 modules which can be taken separately or consecutively: ◾ Transportation Electrification Basics provides a review of wheel-to-well efficiency and emissions, lithium-ion battery technologies, and different electric vehicle classes. ◾ Charging Equipment Site Feasibility covers real-world applications of EV infrastructure and teaches how to assess project feasibility and success. ◾ Installation and Managed Charging reviews all the different aspects involved with an Electric Vehicle Charging Equipment (EVCE ) installation, including siting, hardware, software, construction, and technical information on different types of lithium-ion battery chemistry. Students will review different variables to keep in mind when considering sites for charging station installation.

This class is for anyone working on Heating, Ventilation and AirConditioning (HVAC) systems, particularly those working in the field. This course will provide an overview of HVAC principles, systems, components, controls, auditing process, and energy conservation measures. This is blends technical training on energy efficiency and building performance for small commercial facilities with broader green business training related to energy efficiency contracting, economic incentives, market drivers, certifications, institutions, policies, and regulations.

Distributed energy resources (DERs) are small-scale, modular technologies that can generate or store energy and provide it where it’s needed. They can be connected to the electric grid or used in stand-alone applications. DERs can include hardware devices like electric vehicles, smart thermostats, and solar inverters, as well as electricity generation facilities like wind turbines and solar panels. DER refers to often smaller generation units that are located on the consumer’s side of the meter.

Refrigeration Systems: Keeping Food Fresh and Costs Down. Refrigeration system types, maintenance strategies, refrigerant management, and energy-efficient refrigeration solutions. HVAC Systems: Understanding Mechanical Systems for Optimal Performance. HVAC basics, system design considerations, maintenance best practices, and energy-saving technologies. Heat and Hot Water Systems Optimization: Water heating technologies, system efficiency improvements, renewable energy integration, and smart controls. Building Envelope: Weatherization Techniques for Small Commercial Facilities Building envelope improvements, insulation, air sealing, and energy-efficient window solutions. Clean Heat Technologies and Applications: Introduction to clean heat, technologies, benefits, installation considerations, and case studies. Understanding the TRM: Understanding utility bills, energy consumption analysis, identifying cost-saving opportunities, and energy benchmarking.

Carbon accounting has become a crucial tool in understanding and managing the environmental impact of organizations, industries, and even nations. This course provides a comprehensive introduction to the principles and methodologies of carbon accounting, equipping students with the knowledge and skills to quantify and manage greenhouse gas emissions. Through a blend of theoretical learning and practical exercises, participants will explore the intricacies of carbon footprint calculation, emission reduction strategies, and the role of carbon offsets.