Sports vehicles demand more from their batteries than everyday transportation. Quick ignition, strong power delivery, and durability under harsh riding conditions all play a role in determining whether a battery is truly suitable for performance machines like motorcycles and off-road vehicles.

Built for Instant Power Response

Performance riding requires immediate energy output. A reliable lithium battery for motorcycle use should deliver consistent starting power, especially during repeated ignition cycles or colder weather. Strong discharge performance ensures the engine responds instantly when riders need it most.

Designed for Lightweight Performance

Reducing weight is a key factor in improving speed, balance, and handling. Lithium batteries are significantly lighter than traditional lead-acid models, making them ideal for sports vehicles where every kilogram matters.

Durability in Tough Riding Conditions

Motorcycles and powersports vehicles often face vibration, impact, and changing environments. Batteries designed for these conditions must feature solid internal construction and protective casing to maintain stability during aggressive riding.

Reliable and Safe Battery Chemistry

Lithium iron phosphate technology is widely recognized for its safety and stability. Solutions such as the YTX14-BS LFP Battery offer dependable performance with lower risk of overheating, making them a practical option for high-demand applications.

Long-Term Efficiency for Riders

A suitable battery should not only perform well during rides but also hold its charge during storage. Lithium batteries typically offer longer lifespan and reduced maintenance, which benefits seasonal riders and enthusiasts who expect reliability every time they start their vehicle.

The best battery for sports vehicles is one that balances power, weight, durability, and safety. Choosing a purpose-built lithium solution ensures better starting performance, improved riding confidence, and long-term value for motorcycle and powersports users.

What’s the future of low voltage switchgear cabinet? 2026 industry trends from Gaobo Switchgear Manufacturer: intelligence, customization, green energy integration. Stay ahead with the latest LV switchgear technology.

With the global promotion of "double carbon" strategy and the deepening of power industry digital transformation, the low voltage switchgear cabinet industry is undergoing a profound technological iteration and market reshaping. From traditional mechanical distribution equipment to intelligent energy Internet nodes, from single product supply to one-stop customization solutions, LV switchgear cabinet is no longer just a "power distribution box", but a core device connecting power grid, load and new energy. As a professional manufacturer of power distribution equipment, Gaobo Switchgear Manufacturer combed the 3 core development trends of the low voltage switchgear cabinet industry in 2026 by integrating the latest industry data and technical research results, helping you grasp the market direction and layout the future project construction in advance.

Trend 1: Intelligence Deepening – From "Passive Response" to "Active Prevention"

Intelligence has become the core competitiveness of low voltage switchgear cabinet, and the industry has entered the stage of "intelligentization + platformization" from simple digital data collection.

AI fault prediction & health management (PHM): The latest LV switchgear cabinet integrates AI algorithms, which can realize accurate prediction of contact wear, arc-extinguishing chamber life and other key components by analyzing historical load curves, temperature rise data and fault records. The preventive maintenance mode replaces the traditional post-fault repair, and the system failure rate is reduced by more than 60%.

Digital Twin technology application: 1:1 digital model of the physical LV switchgear cabinet is built in the virtual space to realize real-time operation simulation and fault simulation. It can simulate the operation state of the equipment under different loads and environments, and provide a scientific basis for project design and maintenance decision-making.

Cyber security becomes a core indicator: With the popularization of remote control and network interconnection, the LV switchgear cabinet has added hardware-level encryption chips and complies with IEC 62443 cyber security standards to prevent network attacks from causing power grid paralysis and data leakage.

Trend 2: Customization Upgrading – Factory Direct Customization Meets Personalized Project Needs

With the diversification of application scenarios (industrial parks, data centers, new energy projects), the standardized LV switchgear cabinet can no longer meet the personalized needs of customers, and factory direct customization has become a mainstream service mode.

Personalized parameter customization: According to the project’s load characteristics, power grid conditions and capacity expansion needs, customize the rated current, short-circuit breaking capacity, protection grade and other core parameters to avoid "over-configuration" and "under-configuration".

Functional module customization: Flexible matching of functional modules according to scenario needs, such as adding ATS dual power switching, reactive power compensation, harmonic control, wireless temperature measurement and other modules; support for later module expansion to reduce transformation costs.

Structural & appearance customization: Customize the cabinet size, installation mode (indoor/outdoor), shell material (cold-rolled steel/stainless steel) and logo printing to adapt to the project’s site space and brand image requirements.

Gaobo Switchgear Manufacturer has a professional R&D and production team, providing one-stop factory customization service for low voltage switchgear cabinet, with short customization cycle and strict quality control, to meet the personalized needs of different projects.

Trend 3: Green Energy Integration – Adapting to the Large-Scale Access of New Energy

The global energy transformation is accelerating, and the large-scale access of photovoltaic, energy storage, wind power and other new energy sources puts forward new technical requirements for low voltage switchgear cabinet, and green energy integration capability has become a new market focus.

Bidirectional power flow control: Traditional LV switchgear cabinet only supports one-way power supply, while the new generation of products has bidirectional power flow control capability, adapting to the power supply demand of new energy systems (e.g., photovoltaic grid-connected power generation and energy storage discharge).

DC breaking technology optimization: Aiming at the DC arc problem in new energy scenarios, the LV switchgear cabinet has upgraded the DC breaking and arc-extinguishing technology, with higher DC arc detection sensitivity and faster extinguishing speed, ensuring the safety of DC power distribution systems.

High-frequency harmonic tolerance: New energy equipment (inverters, chargers) will generate high-frequency harmonics, and the new LV switchgear cabinet has enhanced harmonic tolerance and is equipped with special harmonic control modules to improve the power quality of the new energy power grid.

According to industry data, the market demand for LV switchgear cabinet matching new energy projects will maintain a 15% annual growth rate in the next 5 years, becoming the fastest-growing segment of the industry.

2026 is a key year for the transformation and upgrading of the low voltage switchgear cabinet industry. Intelligence, customization and green energy integration are not only technical trends, but also the core needs of customers for power distribution equipment. As a professional manufacturer of power distribution equipment, Gaobo Power Solution keeps pace with the industry trend, continuously invests in R&D and innovation, and launches a series of intelligent, customizable and new energy-integrated low voltage switchgear cabinet products, providing customers with high-quality power distribution solutions. Whether it is a traditional industrial project or a new energy infrastructure project, Gaobo Power can customize the most suitable LV switchgear cabinet for you. Contact us to explore the future of power distribution together!

Frequently Asked Questions (FAQ)

Q1: Do I need to replace the entire equipment when upgrading traditional low voltage switchgear to intelligent type?

No. The mainstream solution is modular transformation: add intelligent sensors, communication modules, etc., to the original switchgear to reduce costs and realize core intelligent functions. For aging equipment, Gaobo Power provides integrated upgrade and replacement solutions combined with capacity expansion needs.

Q2: Are factory-direct customized low voltage switchgear guaranteed in terms of production cycle and quality?

Yes. Gaobo’s customization has short cycle and strict quality control: conventional customization takes the same time as standard products (modular production); special customization has a clear delivery cycle. Custom products follow the same production and testing standards as standard ones, with the same quality warranty.

Q3: Can low voltage switchgear adapted to new energy be compatible with traditional power grids?

Absolutely. It adopts a dual-mode design, retaining traditional one-way power supply and protection functions while supporting new energy needs (bidirectional flow, DC breaking, etc.). It can flexibly switch modes to adapt to both new energy and traditional scenarios.

Q4: How can SMEs control costs when deploying intelligent/new energy low voltage switchgear?

Adopt phased implementation and on-demand customization: prioritize core intelligent modules, reserve new energy interfaces, and choose factory-direct manufacturers like Gaobo Swithgear Manufacturer to avoid over-configuration and intermediate costs.

In the field of high and low voltage power distribution, choosing a set of switchgear is equivalent to choosing long-term safety and reliability. When the core components come from top brands like Siemens,Schneider and ABB etc, how can you ensure that their superior performance is fully realized within the complete switchgear assembly?  The Gaobo Power Solution got the authorized to make switchgear series is the perfect answer to this question – we not only provide the "original genes" of international brands, but also utilize localized craftsmanship and in-depth customization to ensure that every switchgear unit is a reliable product that meets global standards and perfectly suits your specific application needs.

Siemens SIVACON 8PT:

Developed in Germany, manufactured by global partners!

All standard solutions are fully type-tested according to EC/GB standards!

Flexible and versatile application solutions to meet different project needs!

Horizontal busbar rated current up to 7400A, peak withstand current Ipk up to 375KA!

The SIMARIS design software in Chinese guides and standardizes the production of our partners.

Powerful energy management system:

The TIP Field-level Intelligent 8PT Digital Solution incorporates Siemens highly intelligent components, which can be freely configured with other Siemens intelligent devices to form a communication network supporting various communication protocols (Profinet, Profibus, Modbus, RTU, etc.). It achieves transparent data interconnection and interoperability, providing reliable and accurate power data for the upper control level, operation level, management level, etc. It delivers a safe, reliable, and efficient power supply system along the entire value chain, allowing enterprises to focus entirely on their core businesses.

Powermanager boasts excellent device integration capability and flexible networking modes. It enables comprehensive monitoring of the operating status of power-consuming equipment, and its stable system operation capability allows customers to keep track of device working conditions anytime and anywhere.

 

The Intelligent 8PT Digital Solution is integrated into MindSphere, Siemens' open cloud platform, to provide customers with a complete digital solution. The MindSphere cloud platform collects and applies power data via Intelligent 8PT, analyzes the data with professional software, and leverages the data to create value such as cost reduction, energy efficiency improvement, and predictive maintenance.

 

The safe and intelligent solution

It is housed in a dedicated secondary wiring compartment at the front top of the cabinet, which can effectively shield against electromagnetic interference and features excellent electromagnetic compatibility. The secondary plug-in units of the drawers are equipped with independent communication interfaces to ensure the speed, accuracy, and continuity of data transmission.

Having passed the verification tests based on IEC 61439 and the internal arc tests in compliance with IEC 61641, the cabinet also meets the requirements of seismic and mechanical shock tests thanks to its superior structural strength. All these ensure that the Intelligent8PT smart cabinet can satisfy the operational demands of customers under any harsh working conditions.

Integrated with Siemens’ SIMOCODE intelligent motor management system, it fulfills all functional requirements of motor control and automation systems—including the motor fail-safe shutdown function that complies with relevant safety standards—thus providing continuous, safe, and reliable protection for customers’ production lines.

The new generation of Siemens low-voltage protection components with communication capabilities can accurately measure and upload various parameters of the entire power distribution system, conduct real-time monitoring and early warning at each intelligent power distribution terminal, and enable rapid fault diagnosis, thereby delivering sustained and reliable power supply guarantee for users.

 

Equipped with temperature monitoring sensors and smoke alarm sensors, the system can conduct real-time monitoring of all key live parts and connection points inside the cabinet. Abnormal heating conditions are quickly transmitted to various terminal devices through the communication network for early warning, so as to eliminate potential safety hazards.

 

Technical Features:

1. A wider range of horizontal busbar specifications available and an optimized busbar structural design, which deliver cost-effective 1/2 functional units and higher installation density.

2. Dedicated secondary connectors for communication.

3. An exclusive secondary wiring channel to ensure high-quality communication for intelligent solutions.

 

4. Patented technology has passed the internal arc fault test, which safeguards the safety of on-site equipment and personnel as well as the reliability of power supply.

 

Siemens NXAirS LP: 12kV Metal-Clad Drawout Air-Insulated Medium-Voltage Switchgear

The Siemens NXAirS LP is a 12kV metal-clad drawout air-insulated medium-voltage switchgear and a standardized solution in the NXAirS series. Centered on core advantages of high safety, high reliability, and flexible adaptability, it is widely applied in medium-voltage power distribution for power systems and industrial scenarios. Below is a detailed overview covering core positioning, key parameters, core advantages, and application scenarios:

 

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• 
• 

 

Core Positioning & Design Standards​

 

Core Positioning​

A unified medium-voltage power distribution solution tailored to customer needs, adopting an air-insulated, metal-clad drawout structure that balances safety, reliability, and flexibility.​

 

Key Standards​

Complies with IEC 62271-200, GB 3906, and other relevant standards. It has passed type tests, IEC 61641 internal arc tests, seismic and mechanical shock tests, demonstrating excellent cabinet structural strength and protection performance.

 

Key Technical Parameters (Typical Values)

Parameter Item	Specification
Rated Voltage	12kv
Rated Frequency	50Hz
Rated Current	630A, 1250A, 2000A, 2500A, 3150A, 4000A
Rated Active Load Breaking Current	630A
Rated Closed-Loop Breaking Current	630A
Protection Class	Complies with IEC 60529 (IP Standard)
Ambient Temperature	-5℃~+55℃ (Optional: -25℃~+55℃)

 

Low voltage switchgear cabinet is the core of power distribution systems in industrial, commercial and civil scenarios, directly determining the safety, stability and efficiency of power supply. However, choosing a suitable LV switchgear cabinet from numerous products on the market is not an easy task—wrong selection will lead to equipment failure, power outages and even safety hazards. As a professional manufacturer of power distribution equipment, Gaobo Power Solution has sorted out 5 core selection factors combined with industry standards and project experience, helping you avoid detours and select the most matching low voltage switchgear cabinet for your project.

1. Match Parameters to Actual Load Requirements

The core parameters of LV switchgear cabinet determine its adaptability, and the two most critical indicators are rated current and short-circuit breaking capacity.

• Calculate the total load capacity of the project first, and select the rated current with a 20% margin to cope with future capacity expansion and load surges (e.g., motor startup impact current in industrial scenarios is 6-8 times the rated current).
• The short-circuit breaking capacity (Icu/Ics) must be higher than the maximum expected short-circuit current of the system; industrial projects are recommended to choose Ics ≥50kA products to resist short-circuit faults.
• Other key parameters: rated voltage (220V/380V for most scenarios), rated frequency (50Hz), and ensure the product adapts to the local power grid system (TT/TN/IT).

2. Abide by National & International Industry Standards

Compliance with formal standards is the basic guarantee of product quality. Never choose uncertified LV switchgear cabinet products.

1. Mandatory standards: China GB 7251 series (GB7251.1/GB7251.3) and international IEC 60439 series, which cover product design, production, performance and safety indicators.
2. Certification requirements: Check the 3C certification (for Chinese market) and type test report issued by a third-party authority; for export projects, confirm compliance with EU RoHS, IEC 62443 (cyber security) and other standards.
3. Gaobo Power Solution’s all low voltage switchgear cabinet products are fully compliant with GB7251 and IEC 60439 standards, with complete certification documents, to ensure project compliance

3. Select According to Application Scenarios & Protection Grade

The protection grade (IP grade) and structural design of LV switchgear cabinet must be matched with the installation environment to avoid damage from dust, water and other external factors.

• Indoor ordinary scenarios (office buildings, residential areas, standard workshops): IP30 is sufficient to prevent solid foreign objects larger than 2.5mm from entering.
• Harsh environments (wet workshops, chemical plants, construction sites): Choose IP54 or higher protection grade, and optional anti-corrosion materials (stainless steel shell, epoxy resin coating).
• Special scenarios (data centers, hospitals): Prioritize products with ATS dual power automatic switching function to achieve uninterrupted power supply and zero-second switching in case of power failure.

4. Evaluate the Intelligently Level for Future Upgrade

With the digital transformation of the power industry, intelligent LV switchgear cabinet has become a mainstream trend. Its real-time monitoring and fault early warning functions can greatly reduce operation and maintenance costs.

• Choose products with digital interfaces (Ethernet/RS485) that support mainstream communication protocols (Modbus, IEC 61850, MQTT) for remote data collection (voltage, current, temperature, breaker status).
• Prioritize intelligent products with edge computing and fault prediction functions, which can realize overload early warning, temperature monitoring and life prediction of key components (e.g., contact, arc-extinguishing chamber).
• For energy-saving and emission-reduction needs, select LV switchgear cabinet with power quality management functions (reactive power compensation, harmonic control) to improve power utilization efficiency.

5. Consider Customization Service & Factory After-Sales Support

Most projects have personalized needs (e.g., special size, internal component configuration, logo printing), and a reliable manufacturer with customization capability and perfect after-sales service is the key to long-term cooperation.

• Confirm whether the manufacturer can provide factory direct customization, including cabinet size, internal component matching, functional module expansion (e.g., adding surge protectors, metering modules).
• Evaluate the after-sales service system: 7×24-hour technical support, on-site installation and commissioning, sufficient spare parts supply, and operator training services.
• Gaobo Power provides one-stop customization service for low voltage switchgear cabinet, from design to production, installation to after-sales, with a professional technical team to follow up the whole process, meeting the personalized needs of different projects.

Looking for the perfect low voltage switchgear cabinet? This guide covers core selection factors: parameters, standards, scenarios, and customization. Choose the right LV switchgear for your project with Gaobo Power Solution.

Solar tile roofs are getting pretty popular with folks who want solar power but don't like how regular panels look. Instead of sticking panels on top of your existing roof, these tiles become the roof itself while also making electricity. So, how much does a solar tile roof set you back?

Well, the cost can change a lot depending on your roof size, how much energy you need, where you live, and the specific tiles you pick. Unlike regular solar panels, these tiles do double duty as roofing material and a power source. That means the price covers both the energy part and replacing your roof. For most people, getting solar tiles installed is going to cost more upfront than doing a separate roof and panel job.

Usually, regular solar panels might run you about $2.50 to $3.50 per watt installed (before any rebates), but this depends on labor and material costs in your area. Solar tile roofs? Expect to pay two or three times more per watt since they're trickier to make and put in. So, for a house that needs a 6 kW system, you might be looking at $15,000–$21,000 for regular panels before rebates, but a solar tile roof could easily hit $30,000 to $50,000 or even more, especially if you're replacing the whole roof. If you've got a fancy house or a complicated roof, that price can climb even higher.

One reason they cost more is that they're harder to install. Solar tiles have to fit right into the roof, so you need experienced installers and good waterproofing. The mounting systems have to handle both the roof part and the electrical stuff. SIC Solar companies work on making good mounting systems for regular solar setups,and the solar roofing world is learning from those ideas like making things super durable, able to handle wind and weight, and last for a long time.

Sure, they cost more at first, but solar tile roofs have some cool perks that might make them worth it for you. They look smooth and often match different house styles better than regular panels that can stick out. If you're building a new house or replacing your roof anyway, you won't have to put panels on top of a roof, which can make maintenance easier down the road.

Solar tile roofs are also made to last. Good ones usually come with a 25–30 year warranty, which is as long as or longer than regular roofs. When you throw in tax breaks or rebates from the government, the price can drop quite a bit. And in some places, you can sell extra energy back to the power company, which helps cut down costs over time and makes it a better investment.

Deciding if you want a solar tile roof often means balancing looks, long-term value, and what you can afford. If you care a lot about how your house looks and like modern designs, the extra cost might be worth it for the way they blend in and the energy savings you could get. As solar tile stuff gets better and more common, prices might get closer to regular solar-plus-roof combos, which could make them an option for more homeowners.

Z brackets? Yeah, they're super common for setting up small to medium solar panels. They're cheap, light, and easy to use, so people dig them for RVs, boats, sheds, garages, and little roofs. Knowing the basics of how they work is key to getting your solar panels stuck on there good.

These brackets are usually made of aluminum or steel and are shaped like a Z. This creates a little space under the panel so air can pass. Airflow helps keep things cool, which makes your panel work better and last longer.

Before you start bolting things down, prep your surface. Whether you're sticking panels on metal, concrete, or a car roof, make sure it's clean, flat, and solid. Measure and mark where the panel will sit so it's lined up right and the weight is spread evenly.

First, attach the Z brackets to the panel's frame. Most panels already have holes drilled in the frame. Line up the brackets with those holes and use steel bolts, washers, and nuts to secure them. Make sure those bolts are tight enough to hold but don't overtighten; you don't want to damage the panel.

Once the brackets are on, position the panel where you need it. Check that it's facing the right way and tilted at the correct angle, *especially* if you want the most power. Z brackets are usually for fixed setups, so the tilt depends on the surface or spacers.

Next, secure the brackets to whatever it is you are mounting to. Drill pilot holes if needed and use screws or bolts that suit the surface. If it's a roof, watertight it! Use sealant or rubber washers to stop leaks.

Z brackets are simple, but the stuff they're made of matters. You want something that won't rust, especially since it's outside. Companies, like SIC Solar, make mounting parts that can take a beating so your panels stay put, even when the weather goes wild.

Another good thing about Z brackets is that they're easy to keep clean. Because the panels are raised a bit, dirt and water run off, so you don't need to clean them as often. And if you need to move or remove a panel, you can take everything apart with basic tools, which saves time.

Z brackets work best for small, simple, budget-friendly setups. If you've got something bigger or more complex, rail systems could be a better choice. But Z brackets are still a solid option for smaller projects because they're easy to install and reliable.

Keeping your carport dry is super important to keep your cars, electric stuff, and the carport itself safe. This is extra true for carports with solar panels, since water can mess with how well they work and how safe they are. If water can't get in, your carport will last longer and you won't have to fix it as often.

Pick Good Roofing

First, you need to pick roofing that can handle the weather. Things like metal sheets, strong glass, plastic panels, and waterproof stuff are all good options. Metal roofs with special seals usually work great for solar carports because they're strong and work well with solar panels. Make sure the roof can handle sun, rain, and changes in temperature without breaking.

Good Water Flow

Keeping water out is one thing, but you also need to make sure the water goes somewhere. Gutters, pipes, and slanted roofs will help water run off easily. Even small mistakes can cause water to sit, which can cause leaks later. Solar carports often have hidden water paths inside the beams to keep things looking good and working well.

Seal It Up

Sealing is super important to keep water out. You need to seal all the spots where things connect using stuff that can handle the weather, like rubber or EPDM strips. For solar carports, pay extra attention to where the panels are attached, because those spots can leak. Using good mounting systems can help close gaps and make sealing easier.

Good Structure

A dry carport starts with a good design. If everything is made just right, things won't be misaligned, which can mess up the waterproof layers. SIC Solar that make solar panel mounting systems try to design things that keep water out from the beginning. This means using beams that work well, water paths that are already planned, and roofing that fits together easily so you don't have to change things on the spot.

Stop Rust

Water can cause rust, especially outside. Using anti-rust coatings like hot-dip galvanizing or anodized aluminum can help protect the carport for a long time. These coatings not only make the carport last longer but also keep the waterproof parts working well by stopping rust damage.

Get a Pro to Install and Check

Even the best stuff can fail if it's not installed right. Getting a pro to install it makes sure the roof is lined up, the seals are on right, and the water flows like it should. Checking things after big storms or when the seasons change can help you find problems early so you can fix them before they become big leaks.

If you mix good materials, a smart design, good seals, and a plan for water flow, you'll get a carport that stays dry and works no matter the weather.

Solar farms are a big deal for creating tons of renewable energy, which goes to power companies, businesses, and regular folks. Solar projects come in all shapes and sizes, but they usually fall into two groups: fixed-tilt and solar tracking farms. Knowing the difference helps people like investors and planners pick what works best for their area and what they want to get out of their energy.

Fixed-Tilt Solar Farms

These farms have panels that stay at one angle all year. People figure out the best angle based on where they are, the local weather, and how the sun moves to keep things running well for a long time. Since the panels don't move, these systems are pretty simple and dependable. They don't need as many parts, aren't as expensive to keep up, and are usually safer than the ones that move.

You usually see these farms on open land, with the panels stuck to the ground with steel or aluminum posts. They're good for places with strong winds or rough conditions where things need to be super stable. Companies like SIC Solar make these ground mounts tough enough to handle the weather and easy to put together for all sizes of fixed-tilt farms.

Solar Tracking Farms

These farms use systems that tilt the panels to keep them facing the sun as it moves across the sky. By catching more direct sunlight all day long, these systems can pump out way more power than fixed-tilt ones. The most popular ones turn the panels from east to west. Some fancy ones can even follow the sun daily and through the seasons, but they're trickier and pricier.

These farms need to be built carefully, with strong bases and fancy controls. The mounts have to handle the extra stress from moving around and the wind. Good mount designs are key to keeping things running safely for years. Companies such as SIC Solar offer mounts that work with trackers and can handle tough conditions, which helps developers get the most energy without things breaking down.

Picking the Right One

Deciding between fixed-tilt and tracking farms depends on how much land you have, your budget, the weather, and how much power you are hoping to get. Fixed-tilt farms are often a hit because they're easy to deal with and you know what to expect, while tracking farms are picked when getting the most power possible is what matters most. Both need solid mounting systems to stay steady, work well, and last for decades.

People often like ground-mounted solar setups 'cause they're flexible, you can tilt 'em just right, and they're easy to fix. They're great for big projects where there's plenty of land. Still, not every solar company puts them in. There are good reasons for that, which helps explain why rooftop solar is still way more popular.

One big thing is that they're harder to get started with. You gotta check out the land real good, test the soil, and get some engineering done. Stuff like how strong the ground is, how high the water is, and how steep the land is all matters for the base. Unlike rooftops where the structure is already there, ground mounts need more planning, time, and know-how, which not all installers have.

Finding land can also be a pain. Ground-mounted solar needs lots of open space, ideally flat and with no shade. In cities, that kind of land can be hard to find or super expensive. Plus, you might need permits and approvals, which means more paperwork. A lot of solar companies that work on houses like rooftop projects 'cause they don't have to worry about owning land.

Cost-wise, ground mounts usually need more materials and building. Things like the bases, electrical cables, and fences all add to the price. Even if companies make good ground-mount stuff to help, it can still cost more than putting solar on a roof.

Another thing is that ground-mount projects take longer. The weather can mess with the foundation, and working with other builders can slow things down. For solar companies that are used to quick rooftop jobs, these longer projects might not be a good fit.

Some installers also have trouble with equipment and workers. Ground mounts need different skills than rooftops, like using big machines and putting stuff together on-site. Companies that mostly train people for rooftops might just stick with what they know instead of getting new tools and training.

Then there's what kind of customers they're going after. A lot of solar companies focus on rooftops 'cause there's always demand and it's easier to find customers. Ground-mounted systems are more common for businesses, farms, or big utility projects, which means different customers and sales. Even if suppliers support all kinds of mounting options, not every installer wants to work with those kinds of projects.

A lot of the time, it's not that ground mounts are too hard, but that the company is just trying to match the projects with what they're good at, who they're trying to sell to, and what they want to do in the long run.