In today’s world, achieving environmental sustainability targets is not just an option—it’s a necessity. Energy Modeling stands at the forefront of this mission, providing critical, quantifiable insights that modern building services design experts can leverage to ensure energy efficiency and optimal performance.
Understanding your building’s energy consumption before construction is vital. Energy Modeling and performance estimations allow stakeholders to gain control over potential energy expenditures, ensuring smarter, more informed decisions.
What is Energy Modeling?
Energy Modeling predicts energy performance using advanced methodologies and sophisticated software and simulations explaining how a building manages building exterior, lighting, electrical systems, HVAC systems, water systems, and almost any other energy-intensive system. Energy Modeling also illustrates how precise sustainability designs can help achieve green building standards.
Energy models are designed to:
- Predict energy consumption and expenses
- Estimate annual carbon dioxide emissions
- Identify peak energy needs
- Compare energy efficiency options
- Ensure compliance with building regulations and sustainability certification guidelines
The Benefits of Energy Modeling
Energy Modeling offers numerous benefits, including:
- Providing crucial information about a building’s usage and operating costs
- Evaluating energy performance and consumption in new constructions and retrofits for zoning compliance and green certification
- Understanding energy usage by each building occupant
- Assessing life cycle costs of energy-related equipment, such as HVAC and lighting
- Enabling property owners to make accurate decisions about energy performance
- Calculating energy savings, return on investment, and efficiency measures
Recommendations for Energy Simulation
- Identify the energy needs: Understand utility incentives, legal requirements, and budget constraints.
- Determine the base energy usage: Calculate energy usage based on compliance with the applicable energy code.
- Compile data: Consider the energy consumption of all building elements, mechanical systems, and the operational capacity and hours of the equipment. Factor in the local environment, building envelope, lighting, HVAC, and air conditioning systems.
- Choose strategies for energy conservation: Identify applications for energy-saving techniques, such as increased daylighting and high-efficiency motors.
- Implement suggested tactics: Calculate ROI, reduce costs, and identify effective methods to enhance energy efficiency.
Efficient Energy Solutions with National Tax Group
You must first understand your facility’s energy consumption to implement effective energy enhancements. Energy Modeling provides comprehensive insights into past, present, and future energy use, eliminating the guesswork from efficiency measures. At the National Tax Group, we specialize in gathering data from energy audits, modeling practical solutions, and presenting the financial details to make these solutions clear and actionable.
Our team uses advanced software to simulate a facility’s energy usage—whether an existing building or one under construction—and compare it to an ASHRAE baseline structure. The simulation considers the facility’s location, local temperature data, building orientation, and occupancy and operations schedules, accurately reflecting real-world conditions.
This is your chance to make smart energy usage a cornerstone of your business operations, from minor efficiency tweaks to comprehensive system overhauls.
Connect with us today to get started!