Our Story
Driving Efficiency in Energy Construction
CAPRA Energy Solutions is a leading provider of helical pier foundations and driven piles for the energy sector across the US. We serve businesses in the energy storage, renewables, and oil and gas industries, ensuring project excellence and efficiency.
Based in Tyler, TX and established in 2019, our clients typically include businesses in the energy storage, renewables, and oil and gas industries.
Our goal at CAPRA Energy Solutions is to provide value for each of our clients through our project excellence and efficiency. We follow the most effective methods of construction in the helical pier industry to make sure our clients have the system they need to better handle their next project.
Our Approach
Our Proven Customer Approach
Efficiency First
We prioritize efficiency in every project, utilizing top-tier methods in helical pier construction and driven piles to deliver timely and cost-effective solutions.
Client-Centric Solutions
Our dedicated team focuses on tailored solutions to meet the unique needs of our clients, offering expert insights and support throughout the construction process.
Foundation Support
Helical piers and driven piles are used to support various structures in the oil and gas industry, such as equipment, tanks, pipelines, and modular buildings. They provide a stable foundation in areas with challenging soil conditions, including soft or loose soils, which may not be suitable for conventional foundation methods.
Soil Stabilization
In areas prone to erosion or landslides, helical piers are used to stabilize the soil and prevent ground movement. This is crucial for maintaining the safety and stability of oil and gas facilities and infrastructure.
Guy Wire Anchors
Helical piers and driven piles are utilized to anchor guy wires and cables that support tall structures like drilling rigs, communication towers, and transmission lines. These anchors provide stability and reduce the risk of structural failure.
Pipeline Support
Helical piers and driven piles are used to support and anchor pipelines, especially in areas with uneven or unstable terrain. They can be employed in both onshore and offshore pipeline projects to ensure the stability and integrity of the pipeline system.
Bess Projects
Helical piers and driven piles are an increasingly popular choice in battery energy storage systems due to their numerous advantages, including ease of installation, load-bearing capacity, and adaptability to various soil conditions. As the demand for energy storage systems continues to grow, helical piers and driven piles offer a reliable foundation solution for these crucial infrastructure projects.
Substations
Helical piers and driven piles offer excellent load-bearing capacity, ensuring the stability of the substation structure even in soft or unstable soil conditions. Installing helical piers and driven piles generates less noise and vibration compared to other foundation techniques, making them suitable for projects near residential areas or locations with noise restrictions. High-side breakers, low-side breakers, static masts, dead-end structures, control buildings, transformers, and HV cabinets are some of the various structures that can be supported by helical pier and driven pile foundations.
Explore the Benefits
Why Choose Helical Pier and Driven Pile Foundations?
Helical piers and driven piles offer several advantages over traditional concrete foundations, making them an increasingly popular choice for various construction projects.
Ease of Installation
Helical piers and driven piles can be installed quickly and efficiently using hydraulic machinery, which significantly reduces construction time and labor costs. In contrast, concrete foundations require extensive excavation, formwork, and curing time, leading to a longer construction period.
Minimal Site Disturbance
Helical piers and driven piles are screw-like steel shafts that are screwed into the ground, eliminating the need for large excavation and heavy equipment. This results in less disruption to the surrounding environment and a smaller construction footprint, making them ideal for projects in environmentally sensitive areas or sites with limited access.
Versatility
Helical piers and driven piles can be installed in various soil conditions, including rocky or sandy soils, as well as in areas prone to high water tables. Their design allows them to bear different loads and adapt to a wide range of building types, making them suitable for residential, commercial, industrial, and infrastructure projects.
Immediate Load Capacity
Once installed, helical piers and driven piles can immediately support the load of the structure, as they don’t require any curing time like concrete foundations. This can be especially beneficial for projects that have time constraints or where construction needs to proceed quickly.
Potential for Removal & Reuse
Unlike concrete foundations, helical piers and driven piles can be removed and reused if necessary. This feature can be advantageous for temporary structures, such as modular buildings, or in situations where the foundation needs to be relocated.
Predictable Performance
Helical piers and driven piles are designed and tested to meet specific load requirements, providing a more predictable foundation system. On the other hand, the quality and strength of concrete foundations can be influenced by various factors during pouring and curing, leading to potential inconsistencies.
Cost-Effectiveness
Their ease of installation and reduced construction time often result in overall cost savings. Additionally, the reduced site disturbance and minimized environmental impact may lead to lower regulatory and permitting costs.
No Need for Concrete Mixing or Disposal
Concrete foundations require the mixing of cement, sand, and aggregates, which can be messy and labor intensive. Helical piers and driven piles eliminate the need for concrete, reducing waste and the associated environmental impact.
Ready to use helical piers and driven piles on your next project? Let our experts help you get started.
