The U.S. energy sector faces numerous challenges which are motivating utilities, data center operators, and other industry players to explore different ways to modernize the existing infrastructure. These include:
Energy grid instability. The aging of power grid lines and transformers are a major concern, as is the impact of severe weather events resulting from climate change.
- Misalignment between energy supply and demand. Battery energy storage systems (BESSs) play a central role in the utility grid, allowing electricity to be stored and then released at specific times and locations.
- Growth in energy-intensive technologies. Artificial intelligence and the Internet of Things are major contributors to increased data center energy usage. It’s currently estimated that data centers consume about 2% of electricity in the United States. Given the mission critical nature of data center operations, many facilities use battery backup systems to maintain uptime and service level agreements. Improving the energy efficiency of data centers could deliver major cost and environmental benefits.
- ESG initiatives. Many companies and investors are focused on minimizing their carbon footprints and energy costs as part of environmental, social, and governance (ESG) priorities.
As various industry players explore different solutions for energy and storage, many are encountering significant design issues related to cooling and ventilation. Simulations conducted early in the design process can reduce these risks and minimize costly rework later.
Rand SIM Energy Infrastructure Design Solutions and Services
Rand SIM’s simulation experts have deep knowledge of the energy sector. Our team has completed over 4,000 computational fluid dynamics (CFD), finite element analysis (FEA), and electromagnetics simulation projects for clients. Our team has experience:
- Simulating and analyzing airflow for internal and external BESS containers
- Quantifying temperature uniformity in batteries and ensuring that temperatures are within the range mandated by the manufacturer’s warranty
- Addressing end-of-life capacity problems
