How An Energy Engineering Firm In South Carolina Can Help Developers Build For The Future
Whether building a commercial building or renovating an existing one, electricity efficiency is important. Since power costs can be high in SC, developers integrating energy modeling into their design is helpful. At Verifiable Results, we are an Energy Engineering Firm in South Carolina that assists developers in minimizing costs. Additionally, we help you meet sustainability goals.
What is power modeling?
Power modeling is when we use a simulation tool to estimate how much power a building will consume once completed. This is helpful information for architects, engineers and developers. We can forecast how much electricity will be required for heating, cooling, lighting and other functions.
Our energy cost consulting services will assist you in making an informed decision about your building design. You will also make good choices about equipment and operational solutions. This ensures that the building is optimized for electrical efficiency. Plus, you will comply with local and federal regulations.
Predict power use and minimize costs
By simulating different scenarios, we can predict power use accurately. Therefore, making it possible for you to identify efficient choices right from the design stage. This will lead to significant savings.
Meet strict sustainability standards
As a developer, you will be expected to meet strict environmental standards. It includes adhering to SC power codes or achieving LEED certification. Part of our strategies include modeling renewable power sources into your design like the use of solar panels. We will work closely with you to see that you meet sustainability standards.
Partner with Verifiable Results
Partner with us for GHG emissions audit. We offer comprehensive services that will guide you during the building process. Our expert team will assist you to ensure that you meet your particular project goals. Contact us today to learn how power modeling can transform your next building project into an efficient and sustainable building.
