Made from high quality S450 grade steel, this is an easy fit twin portrait panel ground mount. Suitable for wind speeds up to 26 m/s and snowloads of up to 0.7 kN/m² max.

The steel pile can be mounted directly into the soil, you simply need an auger to bore out a 1.5m hole, position the leg and bond with postcrete.  Once dry the rest of the system can be assembled with minimum fuss.

With a pitch angle of between 20 - 30 degrees this is perfect for the homeowner who does not want expensive and messy concrete footings.

This is a sample cost for a 16 panel Ground mount system.

For illustration purposes, the proposed ground mount is to support 16 x 600Wp ,1134 x 2382 x 30mm sized Solar panels.

Please contact us for any other size of Ground mount or system and we will work out the cost of the system and the parts you need, could you please fill in the following enquiry form and return to us by email we will get back to you to assist you with your enquiry.

TECHNICAL DATA

PANEL CONFIGURATION:
2-in-Portrait, Twin-Post

PANEL MIN AND MAX LENGTH:
Min length: 1650 mm
Max length: 2470 mm

PURLIN CONFIGURATION:
4 purlins, position determined by panel dimensions and clamping zones

PANEL CLAMPING ZONES:
Please refer to the panel manufacturer’s specification

PANEL CLAMP SPECIFICATIONS:
Panels fitted using aluminium top hat and end clamps, with sliding clamps to give mounting positions

SYSTEM ANGLES:
20°, 25°, 30°

SYSTEM MIN AND MAX HEIGHTS:
20°: Min (clearance): 785 mm
Max (to top of rafter): 2200 mm
25°: Min (clearance): 735 mm
Max (to top of rafter): 2455 mm
30°: Min (clearance): 680 mm
Max (to top of rafter): 2694 mm

TABLE CONFIGURATION MIN AND MAX:
2 panels x 2 panels min. 30 panels x 2 panels max.

BAY PITCHES:
2000mm, 2500mm, 3000mm, 3500mm. Each pitch can have 100mm added if an Extension Joiner is used

FOUNDATION TYPES:
C Pile, Concreted Pile, Ballasted, X-Anchor, Direct Fix, Screw Pile

MATERIAL SPECIFICATION:
S450 grade steel Coating ZM310 & ZM800

WIND SPEED:
Fundamental basic UK wind velocity within the UK up to 26m/s

SNOW LOADS:
0.7 kN/m² max

DESIGN CODES:
Designed in accordance with BS EN 1991-1-4:2005 + A1:2010,
BS EN 1090 & BS EN 1991 Parts 1, 3 & 7