BME delivers turnkey solutions for large-scale renewable energy projects, specializing in solar field installations and Landfill Gas-to-Power systems. From excavation and underground utilities to weather station installation for system monitoring, our solar services include DC collection system and medium-voltage (MV) power line installation, inverter placement, and precision metal pile driving—ensuring a durable, high-performance foundation for long-term energy production.
With BME, energy developers gain a reliable, single-source partner for every stage of construction—delivering efficiency, precision, and long-term success in both solar and landfill gas energy projects.
Black Mountain Excavation delivers full-site development for renewable energy systems—from solar fields to Landfill Gas-to-Power. We manage every phase, from earthwork to final commissioning, with a focus on quality, safety, and long-term results.
Our process starts with land clearing, grading, and trenching to prepare a solid foundation. We install DC collection systems, MV power lines, and underground conduits with precision. We also handle pile driving, inverter and combiner box setup, and weather station installs for monitoring. Whether you’re building a new solar field or repurposing a landfill, we bring performance-driven solutions to every detail.
Reliable energy begins underground. Our expert crews install complete electrical infrastructure networks for high-efficiency energy delivery—built to meet today’s large-scale demands.
We specialize in high-volume trenching and conduit placement for DC and MV systems, pads for transformers and inverters, and grounding to protect sensitive equipment. Each component is installed to spec, rigorously tested, and inspected for full compliance. From utility prep to power flow, we ensure performance, safety, and long-term reliability every step of the way.
Energy developers rely on Black Mountain Excavation for every stage of solar site development. We provide seamless coordination, real-time communication, and a safety-first culture that ensures each project progresses without delays or compromises.
Our scalable team and modern equipment fleet allow us to mobilize quickly, adjust to evolving site conditions, and meet aggressive timelines—while delivering the precision and performance today’s renewable infrastructure demands.
As demand for cloud computing, AI, and high-density workloads surges, Colorado is becoming an attractive location for new data center developments. Behind every mission-critical facility, there’s a phase that often gets less attention than servers and cooling: earthwork and site development.
Solar farms are designed to operate for decades—but poor erosion control can put that longevity at risk before the first panel is even installed. Managing erosion during and after excavation is crucial to the success of your solar project, especially on undeveloped or sloped terrain.
Colorado’s high solar potential and wide-open spaces make it an ideal location for utility-scale solar projects. But many of the most promising solar farm sites are in remote, hard-to-access areas—bringing a unique set of challenges to developers and contractors.
