Case Study

An Oil and Gas Company and its Service Partner Needed a Reliable Power Solution

Overview

In the competitive oil and gas industry, production delays can cost millions of dollars. One company, along with its service partner, faced significant challenges as they depended on utility power for drilling, fracking, and production activities. However, utility constraints often led to operational bottlenecks, threatening their productivity and profitability. To address this, VoltaGrid stepped in with a robust microgrid solution, ensuring continuous and reliable power. This not only minimized downtime but also allowed the company to seamlessly move operations from site to site, leveraging VoltaGrid’s extensive infrastructure. This partnership exemplifies how strategic energy solutions can drive operational efficiency and profitability in the oil and gas sector.

Challenges

  • Utility power couldn’t meet the high demand needed for continuous operations.
  • The region’s existing windmill power was insufficient.
  • Quick deployment of substantial power for multiple sites was essential.
 

Solutions

  • VoltaGrid deployed a microgrid capable of delivering over 70 MW, ensuring stable power for the oil and gas operations.
  • They provided rapid power deployment for drilling, fracking, and production needs.
  • Power lines were extended 15 miles from the microgrid to support various operational sites.
  • Three CNG stations were established to supply compressed natural gas, facilitating broader distribution to remote sites.
 

Results

  • Enhanced production efficiency by providing reliable power without waiting on utility infrastructure.
  • The ability to power various operations, including e-fracking and ESPs.
  • Delivered CNG to remote sites, ensuring continuous operations.

Conclusion

VoltaGrid’s microgrid proved to be a critical solution for the oil and gas industry, providing reliable, on-demand power and enabling uninterrupted production across multiple sites. It showcases VoltaGrid’s capability to meet complex energy needs effectively.