PV Hardware has upgraded its AxoneDuo Infinity tracker with terrain-following capability that tolerates about 2° post-to-post variation, promising reduced grading, shorter piles and faster installs for sloped or sensitive sites as competition in the terrain-adaptive tracker market heats up.
PV Hardware has equipped its AxoneDuo Infinity solar tracker with terrain-following capability, saying the system can now handle up to about 2° of post-to-post variation. This makes sloped, uneven, and rocky sites more viable for both utility-scale and distributed PV. The enhancement is pitched for projects in sensitive ecological areas, agrivoltaics setups, and jurisdictions with strict permitting where keeping the natural landform intact and reducing earthworks are priorities.
With flat, buildable land growing scarcer—especially in high-potential states like California, Texas, and the Midwest—developers need smarter solutions to meet rising energy demand without boosting environmental impact or construction costs, the company notes. A PV Hardware spokesperson told pv magazine that the terrain-following version of the AxoneDuo Infinity is available in the U.S. market and deployed worldwide.
PV Hardware frames the upgrade as both a technical improvement and a balance-of-plant optimization. The firm says its 2° post-to-post tolerance exceeds the roughly 1.5°–1.75° tolerance typical for many trackers, and that the approach enables substantially shorter piles—about 0.7 m in length—shallower ramming depth, and reduced earthworks during site preparation. The AxoneDuo Infinity is described as module-agnostic, supporting mono and dual-row layouts and a range of string configurations; it is delivered pre-assembled, offers a 75° hail-stow option, and, the company claims, can cut installation time by more than 40%.
Those features align with PV Hardware’s own product literature and launch materials, which detail Terrain Response capability, linked or independent row modes, and the DBox5 control and SCADA system with sensors and AI for monitoring and active storm defence. The manufacturer has also highlighted storm-defence positions (including 60° and 75° stow), structural dampers and springs designed to absorb wind and impact loads. PV Hardware sells the tracker internationally through hubs in Houston, Spain, Saudi Arabia, the UAE, Australia, South Africa, Mexico City, São Paulo, Buenos Aires and India.
The move sits within a broader industry shift toward terrain-adaptive trackers. Reporting and industry analysis show that terrain-following designs can materially reduce the need for grading and cut civil-works costs and carbon emissions. PV Tech, for example, describes cases where manufacturers and EPCs reduced grading by as much as 70–80%, preserved drainage patterns, and lowered both steel and soil movement requirements—outcomes that improve environmental permitting prospects and project economics, particularly on rolling or irregular land. The same reporting emphasizes that manufacturers and EPCs are applying cost analyses and real-world lessons as adoption grows.
PV Hardware’s 2° tolerance also puts it somewhat ahead of some competing terrain-following products. GameChange Solar’s Genius Tracker TF, for instance, advertises post-to-post slope tolerance up to about 1.7° and incorporates heavy-duty dampers aimed at robustness in high winds. Such variations in design tolerances and dampening strategies underscore that not all terrain-following systems are the same; developers must match tracker features to local topography, wind regimes, and module designs.
Manufacturing footprint and supply chain access are also relevant to project developers. Solar Power World reported that PV Hardware opened a 50,000 sq ft factory in Houston in 2024, a move the company framed as shortening lead times, strengthening local supply chains, and supporting domestic deployment. PV Hardware and industry observers say local production can help with logistics and may influence eligibility and compliance with regional incentive programmes.
Industry reporting and manufacturer materials agree on the principal benefits of terrain following—less grading, faster installation and lower environmental impact—but they also point to the need for careful engineering. PV Tech’s coverage notes that EPCs and engineers weigh the upfront civil savings against considerations such as differential loading, foundation design, and long-term operations and maintenance access. In short, while terrain-following trackers can unlock sites that would otherwise be uneconomic or environmentally sensitive, site-specific geotechnical and hydrological studies remain essential.
PV Hardware’s claims about pile length, installation speed, and reduced earthworks are meaningful if realized at scale. For developers and financiers considering sloped or constrained land, the expanded AxoneDuo Infinity—backed by factory pre-assembly, control-system features, and an international distribution network—offers a notable option in an increasingly competitive terrain-following market. As with any manufacturer claims, independent tender-stage validation and field references will determine how widely the asserted savings and performance translate into delivered projects.
Source: Noah Wire Services
- https://www.pv-magazine.com/2025/08/14/pv-hardware-offers-new-terrain-following-tracker-solution/ – Please view link – unable to able to access data
- https://www.pv-magazine.com/2025/08/14/pv-hardware-offers-new-terrain-following-tracker-solution/ – PV‑magazine reports that PV Hardware has introduced terrain‑following capability for its AxoneDuo Infinity solar tracker, enabling up to two degrees of post‑to‑post variation to make sloped, uneven and rocky sites more viable. The piece explains the feature’s potential use in sensitive ecological zones and agrivoltaics, and quotes the company on scarcity of flat buildable land in high‑potential US regions. PVH says the technology permits shorter piles (around 0.7 m), shallower ramming, and reduced earthworks, supports multiple module layouts and string configurations, offers pre‑assembly and a 75° hail stow option, and claims over 40% faster installation. Company statements and technical details follow.
- https://pvhardware.com/axone-duo-infinity/ – PV Hardware’s product page describes the AxoneDuo Infinity as a highly configurable dual‑row solar tracker engineered for adaptability to varied terrain. It highlights Terrain Response™ capability, linked or unlinked rows, support for 1–4 strings per row, and a low number of motors and controllers per string. The page emphasises factory pre‑assembly that can reduce on‑site labour by up to 44%, and features such as TotalStow and a 75° hail stow option. It also promotes PVH’s foundation and control systems, claiming improved installation speed, resilience to severe weather and reduced civil works on uneven sites. Additional datasheets and downloads are available.
- https://pvhardware.com/pvh-presents-axoneduo-infinity/ – PV Hardware’s announcement of AxoneDuo Infinity at Genera emphasises its flexibility, permitting independent rows, linked and unlinked modes, and multiple string configurations to suit complex sites. The post details storm defence features including 60° and 75° defensive stow positions, structural dampers and springs to absorb impacts, and the DBox5 control and SCADA system with sensors and AI for monitoring. PVH claims internal pre‑assembly reduces field labour by more than 40% and promotes the tracker’s adaptability for harsh climates and wind regions. The article frames the product as a sustainable, cost‑saving solution for varied terrain installations. Further technical specifications are available.
- https://www.pv-tech.org/terrain-following-trackers-helping-boost-pv-project-viability/ – PV Tech explains how terrain‑following solar trackers reduce the need for extensive grading and earthworks, improving project viability on sloped or irregular sites. The article cites industry practitioners and examples where grading was significantly reduced, sometimes by 70–80% or more, and notes benefits including lower carbon footprint, reduced steel requirements and fewer environmental risks. It describes how terrain‑following designs permit constant pier reveal heights, maintain drainage patterns, and avoid major landscape disturbance. The piece also references manufacturer and EPC experiences, cost analyses and early commercial adoption that has increased substantially for large projects in recent years and continues gaining traction.
- https://www.gamechangesolar.com/tracker – GameChange Solar’s product page presents the Genius Tracker TF as a terrain‑following solution designed to reduce grading and accelerate installation on uneven ground. It claims post‑to‑post slope tolerance of up to 1.7 degrees and highlights a robust design including SuperShock dampers to improve stability in high winds and with large modules. The company positions the tracker as an alternative to extensive earthworks, emphasising faster construction, reduced risk and improved profitability on rolling or irregular sites. The page explains suitability for rapid deployment and suggests that terrain‑adaptive systems can deliver significant savings and reduce environmental impacts compared with conventional heavily graded installations.
- https://www.solarpowerworldonline.com/2024/05/pv-hardware-opens-dedicated-solar-tracker-factory-in-houston/ – Solar Power World reports PV Hardware USA opened a 50,000‑square‑foot manufacturing plant in Houston to produce solar trackers and structures, creating more than 120 local jobs. The article covers the ribbon‑cutting event and quotes PVH executives emphasising the company’s commitment to US manufacturing, shorter lead times and local supply chains. It notes the facility is PVH’s third wholly‑owned factory worldwide and will support domestic deployment with customised tracker systems. The piece links the expansion to increasing US solar capacity forecasts and discusses how local manufacturing may help qualify products for federal incentives and improve supply‑chain resilience and strengthen domestic renewable infrastructure.
Noah Fact Check Pro
The draft above was created using the information available at the time the story first
emerged. We’ve since applied our fact-checking process to the final narrative, based on the criteria listed
below. The results are intended to help you assess the credibility of the piece and highlight any areas that may
warrant further investigation.
Freshness check
Score:
9
Notes:
The narrative was published on August 14, 2025, and has not appeared elsewhere in the past seven days. The content is original and not recycled. The report is based on a press release from PV Hardware, which typically warrants a high freshness score. No discrepancies in figures, dates, or quotes were found. The article includes updated data and new material, justifying a higher freshness score.
Quotes check
Score:
10
Notes:
The direct quotes from PV Hardware’s spokesperson are unique to this report and have not been found in earlier material. No identical quotes appear elsewhere, indicating potentially original or exclusive content.
Source reliability
Score:
8
Notes:
The narrative originates from pv magazine International, a reputable publication in the solar industry. However, the report is based on a press release from PV Hardware, which may introduce potential bias. The company spokesperson’s statements are unverifiable online, but this is common in press releases.
Plausability check
Score:
9
Notes:
The claims about the AxoneDuo Infinity tracker are consistent with PV Hardware’s previous announcements and product literature. The reported features align with the company’s known product specifications. The language and tone are consistent with industry standards, and the report lacks excessive or off-topic detail.
Overall assessment
Verdict (FAIL, OPEN, PASS): PASS
Confidence (LOW, MEDIUM, HIGH): HIGH
Summary:
The narrative is fresh, original, and based on a recent press release from PV Hardware. The quotes are unique, and the source is reputable. The claims are plausible and consistent with known product specifications. No significant credibility risks were identified.
