EXPONENT NRG Request an On-Site Energy Assessment
Home / Challenges / Improve Energy Resilience

EXPONENT NRG

Improve Energy Resilience

Coordinate power sources, load priorities and reserve through short and extended interruptions.

FROM REQUIREMENT TO DELIVERY

  1. Define the business challenge
  2. Compare relevant solutions
  3. Review the technical case
  4. Assess the site and economics
  5. Discuss project delivery

Start with evidence

Relevant solution paths

Hybrid Power Systems

Define how each source operates in normal service, supply interruptions and extended outages, with clear load priorities and recovery rules.

Solar + Storage

Model solar output, site demand and battery operation together. Storage adds value when there is a defined energy-shifting or backup requirement.

Industrial Backup Power

Separate essential processes from deferrable demand, then coordinate storage, generators and controls to meet the required continuity level.

Explore the scale of the requirement

Battery Backup Calculator

Enter your operating data to explore a preliminary scenario.
Assumptions and calculation method

AC energy = critical kW × hours. Battery nameplate = AC energy ÷ discharge efficiency ÷ usable depth of discharge ÷ retained capacity. Power allowance is a screening input, not a motor-starting or PCS rating guarantee. No solar or generator contribution is assumed. Transfer time, C-rate, reserve and thermal design require engineering.

Illustrative starting values. Replace them with your site data before discussing a project.

Understand the next technical step

YOUR NEXT STEP

Turn this requirement into a project brief.

Share your site, operating priorities and available data. Start with an assessment, arrange a survey where needed, then discuss the project scope.