Introduction: Ground‑Mount – The Ideal Choice When Rooftops Are Limited

When rooftop space is insufficient, orientation is poor, or the structure is unsuitable for PV installation, ground‑mount solar panel kits offer an ideal alternative. In 2024, the ground‑mount solar kit market has diversified along several axes: from DIY self‑build to commercial‑grade systems, from fixed‑tilt to adjustable‑angle mounts, and from concrete foundations to ground‑anchor technology. Whether for a home courtyard, a small farm, a business park, or a utility‑scale power plant, there is a ground‑mount solution to fit the need.

Part One: Commercial‑Grade Solutions – Efficiency and Reliability Combined

1.1 Clenergy ST Ikon: Single‑Person Installation + Modular Design Redefines Ground Mounts

In June 2024, global PV mounting manufacturer Clenergy officially launched the PV‑ezRack® SolarTerrace Ikon (ST Ikon) ground‑mount system at Intersolar Europe 2024. Designed for commercial and utility‑scale projects, its core highlights are single‑person installation capability and modular design.

Key technical specifications:

Nathalie Kermelk, Product Director at Clenergy, said: “The standout feature of ST Ikon is that it can be installed by a single technician. Our focus has always been on maximising installation efficiency, ensuring durability and providing flexibility – these are key aspects for large‑scale solar deployment.”

The system is designed to reduce the LCOE of PV projects by lowering initial capital expenditure, improving operational efficiency and reducing maintenance costs. The streamlined design accelerates deployment, reduces the need for specialised skills and equipment, and thereby lowers upfront investment.

1.2 Kseng Solar Fixed‑Adjustable System: 500 kW Project in Peru Validates Economics

In 2024, Chinese mounting manufacturer Kseng Solar successfully deployed a 500 kW fixed‑adjustable ground‑mount system in Peru. From start of construction to grid connection took only two months (August‑September 2024), fully demonstrating the system‘s installation efficiency.

Project key parameters:

Key advantages of the system:

Adjustable tilt: seasonal manual adjustment maximises annual generation

Stepless adjustment: a single person can easily change the angle

High pre‑assembly: no on‑site cutting or welding, saving significant installation time and labour costs

Terrain adaptability: adapts to undulating terrain with slopes of 10‑20%

Part Two: DIY & Residential Market – From Zero Experience to Professional Installation

2.1 3P Ground‑Mount Kits: Standardised Choices for the Retail Market

For users who want to install a small ground‑mount PV system themselves, the retail market offers standardised 3P ground‑mount kits. Such kits typically include the mount body, connectors and installation instructions. Users can choose between “raw kits” (need to cut and drill themselves) or “cut‑and‑drilled kits” (accessories already pre‑processed).

Typical installation steps:

Assemble the legs, insert the square base plates into the bottom

Install the swivel joints on the top and connect to the vertical beams

Adjust the leg spacing (approx. 1.5‑1.7 m)

Cut the leg length according to site conditions (front leg should be half the length of the rear leg)

Adjust for deviations using the base plates

2.2 Nuance Energy Earth Anchor Technology: Concrete Alternative Gains Market Recognition

In December 2024, industry reports confirmed that Nuance Energy‘s patented earth anchor technology offers significant competitive advantages for residential ground‑mount PV installations. The company’s Osprey PowerRACK® uses metal earth anchors and cable systems as a replacement for traditional concrete foundations.

Competitive advantage data:

Installation speed: can be deployed in a single day – 4× faster than traditional installations

Installation cost: reduced to an average of $0.025/W

No heavy machinery required: eliminates the need for site surveys, concrete pouring, specialised machinery and skilled labour

Pre‑packaged design: ready‑to‑use out of the box, significantly reducing on‑site preparation requirements

Traditional residential ground‑mount PV projects rely on time‑consuming and costly site surveys, concrete piles, heavy machinery and skilled labour. Nuance‘s earth anchor technology fundamentally changes this paradigm, positioning it as one of the most cost‑effective solutions in the U.S. market.

2.3 DIY Self‑Build Example: 30‑Panel Off‑Grid System in Practice

In 2024, an off‑grid enthusiast shared his experience of building a 30‑panel ground‑mount system. The system consists of 30 550 W panels (total power >16 kW), with 15 panels connected to each inverter, providing ample power for a self‑sufficient off‑grid life.

Self‑build tips:

Precise positioning: used the ancient Egyptian “3‑4‑5” right‑angle method to ensure the array was square, without needing GPS equipment

Shade analysis: carefully considered the effect of tree shadows when the winter sun is low

Space utilisation: designed storage space under the mounts, achieving dual use of the area

Part Three: Innovative Products – Portable and Deployable Arrays

In October 2024, Makinex Renewables launched the Deployable Solar Array series, designed for scenarios that require rapid on‑site energy deployment. The system uses a modular 5 kW design and can be connected to an AC bus with a single cable.

Configuration options:

Container‑top (CTS): maximises use of idle roof space on 20 ft and 40 ft containers; installation with a forklift or crane takes only minutes

Ground and shelter configurations: can be installed on the ground or integrated into temporary shelter structures, suitable for temporary construction sites, mining areas and other high‑energy‑demand scenarios

Key features:

Unified cloud platform: real‑time synchronisation of solar generation, energy consumption and battery data

Carbon reporting: helps businesses meet mandatory carbon reporting regulations

Plug‑and‑play: single‑cable connection with automatic electrical safety protection

Engineering certification: wind load class A/B (class D during transport)

Rory Kennard, CEO of Makinex, said: “This product is about flexibility. Whether you need to add solar on top of a container or set up a ground array, the Deployable Solar Array delivers power efficiently and easily.”

Part Four: Project Example – 17.44 kW Ground‑Mount System in Operation

The 17.44 kW ground‑mount PV system at the Community Training & Education Centre (CTEC) in Myrnam, Alberta, Canada – completed in 2023 and operated throughout 2024 – provides a real‑world reference for community‑scale ground‑mount projects.

Project data:

Donna Rudolf, Mayor of Myrnam, said: “The installation of solar panels on our village‘s CTEC building shows students and the community the endless possibilities of alternative energy. These panels will significantly reduce the village’s electricity bill and become an important driver for keeping our village vibrant and sustainable.”

Part Five: 2024 Ground‑Mount Kit Technology Trend Summary

Outlook

Looking ahead to 2025 and beyond, ground‑mount solar panel kits will continue to evolve in the following directions:

Installation efficiency revolution: single‑person installation, pre‑assembled designs and ground‑anchor technologies will further shorten construction periods and reduce labour costs

Scenario segmentation: dedicated kits for home courtyards, business parks, temporary construction sites, off‑grid living and other scenarios will continue to emerge

Smart integration: cloud platform monitoring and carbon reporting will become standard features of premium kits

Sustainable materials: recycled materials and low‑carbon manufacturing processes will gain more market favour

DIY democratisation: standardised kits + online tutorials will lower the entry barrier for ground‑mount solar

In a Nutshell

In 2024 – from Clenergy ST Ikon‘s single‑person installation to Kseng Solar’s 500 kW project in Peru, from Nuance Energy‘s earth anchor technology to Makinex’s portable array – ground‑mount solar panel kits are enabling solar generation for users without suitable roofs or with limited roof space, with greater efficiency, flexibility and affordability.