Solar Ground Mounting
ApexGround Adjust Manual Tilt System
Manually adjustable ground mounting system for projects requiring seasonal tilt flexibility.
Products / Solar Ground Mounting
ApexGround HighLift System
High-Clearance Ground Mounting System
High-clearance ground mounting system for agrivoltaic, special terrain and elevated PV applications.
Quick specification
Key project review values
Use these parameters for first screening. Apex aligns final load basis, dimensions and BOM with project inputs.
| Application | Agrivoltaic, high-clearance and special terrain PV projects |
|---|---|
| Clearance | 1800-3000 mm review range |
| Tilt Angle | 10/15/20/25/30° standard |
| Wind Load | Up to 50-60 m/s (134 mph) by height and bracing |
| Material | Q235B/Q355B HDG steel with AL6005-T5 rails |
| Warranty | 12-year product warranty |
| Snow Load | Up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout |
| Finish | Hot-dip galvanizing to ISO 1461 basis; optional higher coating by C4/C5 exposure and order scope |
| Module Compatibility | Large-format framed modules; up to 2500 x 1400 mm review range where layout and load allow |
| Design Basis | ASCE 7-16/7-22, IBC 2021/2024, EN 1991/1993/1999, AS/NZS 1170, JIS C8955 and GB 50009/50017 by project |
| Design Life | 25-year design service life target by project condition |
| Engineering Output | Layout drawing, structural calculation basis, BOM/MTO, packing list and material documentation by order scope |
RFQ preparation
Get this system matched to your project scope
For faster review, send the module datasheet, layout drawing, local wind/snow basis and the roof, foundation or anchoring condition. The Apex engineering team replies within one working day.
Project location and codeModule datasheetLayout drawingInterface or soil data
Advantages
Why buyers specify this system
Practical advantages focused on installation, matching and project review.
High ground clearance
Foundation type is reviewed against the geotechnical report, pull-out demand and frost depth.
Agrivoltaic project fit
Row span, post spacing and steel section are aligned with the local wind and snow basis.
Lateral bracing review
Corrosion class and galvanizing scope are matched to the site environment before order.
Column buckling check by project
Layout and installation sequence are coordinated to keep field work efficient.
Engineering support
Apex helps define the design envelope, system interface, component scope and quotation-ready BOM. This product is supported by a customer technical datasheet.
Download ApexGround HighLift System datasheetFAQ
Where is the ApexGround HighLift typically used?
It is designed for agrivoltaic, high-clearance and special terrain PV projects.
What wind and snow loads is the ApexGround HighLift designed for?
The review basis is wind load up to 50-60 m/s (134 mph) by height and bracing and snow load up to 1.6 kN/m² (33 psf) by span, tilt, roof zone or foundation layout. Final values are confirmed by structural review against the project design basis (ASCE 7-16/7-22, IBC 2021/2024, EN 1991/1993/1999, AS/NZS 1170, JIS C8955 and GB 50009/50017 by project).
What tilt angles does the ApexGround HighLift support?
The tilt range is 10/15/20/25/30° standard.
How much clearance does the ApexGround HighLift provide?
The clearance review range is 1800-3000 mm.
What warranty does the ApexGround HighLift come with?
It is covered by a 12-year product warranty.
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Knowledge base
Technical guides
Selection guides written for EPCs, distributors and installers evaluating this product family.
Industry Insight
Ground Screw vs Driven Pile Solar Mounting System
How soil data, pull-out test, installation speed and corrosion exposure affect foundation selection.
Technical Guide How Wind and Snow Loads Affect Solar Mounting Structure DesignWhy load basis, roof zone, span and terrain category matter before final mounting selection.
Buyer Guide What Project Data Is Needed for Solar Mounting System Quotation?The site, module, wind, snow, corrosion and layout inputs Apex needs for a faster BOM and quotation.