battery storage

The introduction of terrain-following trackers changed the game for ground-mounted solar projects.

By adapting to natural site contours, terrain-following trackers eliminate or reduce the need for grading and shorten civil schedules. These trackers have also expanded access to land previously considered unusable for solar projects.

While they simplify what happens before steel hits the ground, terrain-following trackers introduce new complexities during mechanical construction that shouldn’t be underestimated. Accurate terrain data is more essential than ever to keep solar construction projects on schedule.

Hidden site challenges

Terrain-following designs require incredibly accurate topographic information. Small discrepancies in elevation, slope or transition points can turn into major issues down the road. Incorrect solar pile post lengths and embed depths could require field rework or redesign, row-to-row clearance problems could create shading risk or tracker interference, and unexpected foundation issues could cause pile refusals.

These are not theoretical risks. They manifest as RFIs, change orders, schedule issues and margin erosion. Preconstruction diligence can ensure the topographic data matches the actual site conditions when mechanical construction begins.

The solution

Gathering and analyzing terrain data using drones and survey software doesn’t take a lot of time, but it is essential for confirming key design parameters that make the difference between clean execution and in-field troubleshooting. Verifying pile heights, in particular, ensures that the correct pile lengths and reveal windows (amount of pile visible above-ground) are planned for installation day.

These services can be useful even with graded sites. Grading is an imperfect science, and machines can only get so precise when following a civil plan. Assessing the ground post-grade offers peace of mind and the best possible pile-driving accuracy.

But pile height verification is all the more crucial with terrain-following systems.

Read the full story on solarbuildermag.com.

To request Ampacity pile verification services, reach out to Daniel Jencka or your dedicated sales representative.  

Ampacity recently celebrated the three-year anniversary of its 178,000-square-foot Brooks, Kentucky, solar distribution warehouse. Since 2023, this warehouse has supplied solar companies across the country with the top tracker models and kitting solutions to expedite construction.

At the anniversary celebration, Ampacity leaders joined the Brooks team to recognize their achievements and look ahead to the future.

“We’re so proud of the growth and fine-tuning we’ve accomplished over the past three years, and we’re excited to expand our capabilities further over the next three,” said Wes Allen, Senior Director of Warehouse Operations and Logistics Executions.

The strategically located Brooks warehouse allows trucks to get to almost anywhere in the country within two days. The facility receives thousands of trucks throughout the year, maintaining a steady and manageable flow of inventory.

In 2025, Brooks workers single-handedly kitted roughly 24,678 tracker rows—over 1 GW of solar building blocks ready to go in the ground.

Kentucky is one of Ampacity’s three major synchronized distribution hubs working together to deliver products to solar and electrical jobsites nationwide. Combined with the company’s distribution center and stockyard in Kosciusko, Mississippi, and its newest location in Des Moines, Iowa, Ampacity has over 1 million square feet of storage space.

Along with solar tracker equipment, Ampacity is ramping up its stock of electrical components for battery storage, data center, and other energy projects.

“Ampacity’s mission is to be the most reliable value-added solar and electrical distribution partner. Our multi-state distribution operation is key to our success,” Allen said.

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The next few years are crucial for locking in waning federal tax incentives for solar, storage, and other clean energy projects via the One Big Beautiful Bill Act (OBBBA). Choosing the right partners for engineering, distribution, delivery, and installation could mean the difference between earning tax credits and leaving them on the table.

For projects larger than 1.5 MW, new rules set in August 2025 ended the ability to use the 5% safe harbor, where a company could prove significant costs have been incurred for the project. These larger projects must now all satisfy the “physical work test,” proving significant physical labor has begun on a site.

In order for projects to secure the investment tax credit (ITC) and have four years to complete construction, they must officially “start construction” by July 4, 2026. If they do not meet that deadline, they must place projects in service by December 31, 2027, to receive any credit.

Here are some ways to expedite your processes and meet important project deadlines.

Always consult with a tax professional on any tax credit requirement questions.

Engineering

Choosing a solar design and engineering team with deep technical knowledge is crucial for a firm project foundation. Ampacity’s specific experience with the leading solar tracker brands can help you maximize megawatts and optimize output, no matter the project footprint.

“We work with the two biggest tracker manufacturers on the planet. If you’re in a time crunch, we can process and engineer these portfolios faster than anyone else,” said Dylan Wraga, Senior VP of Business Development at Ampacity.

Kitting and distribution

Partnering with a solar equipment distributor with a high volume of on-hand inventory keeps projects moving and deadlines met. Ampacity has three warehouses across the United States distributing structural and electrical solar materials, ready to help with any challenge.

For even more streamlined field work, Ampacity also offers kitting and pre-assembly services. All materials for each tracker row are pre-assembled, boxed, and labeled with a specific row number. This speeds installation time, reduces errors by assembling in a controlled warehouse environment, and streamlines construction schedules.

Installation

There are plenty of solar installation partners out there, but not all have the relationships and expertise in single-axis trackers that Ampacity has built since 2014.

“Our team will assess your project’s specific environmental conditions, parcel shape, and topography to install the best tracking solar system possible,” Wraga said.

Clients can also rest assured that they’ll meet workforce IRA requirements through Ampacity’s own Registered Apprenticeship program.

From on-site project management to mechanical and electrical installation and commissioning, Ampacity will ensure the job gets done on time and by the book.

“Ampacity is an accelerator. We believe we can help you get more done in the calendar year than any other partner,” Wraga said. “Whether you’re in a pinch or putting together your long-term strategy, we are well-positioned to help you meet deadlines with our abundance of project services.”

If upcoming project deadlines feel intimidating, reach out to Ampacity to see how our full suite of value-added solar services can help.