Complete Guide to Rooftop Solar Components for Industries
Complete Guide to Rooftop Solar Components for Industries
Apart from the solar panels, there are a number of components that make the rooftop solar system to be installed at factories and industries.
Rooftop Solar System Components
Solar Inverters
Solar Inverters are the most important component after the solar panels which need to be properly selected and installed for rooftop solar systems. Most industries in Delhi and NCR (Faridabad, Kundali, Panipat, Sonipat, Ghaziabad, Manesar, Noida, Neemrana etc) have opted for strong brand names for the inverters that would include ABB, Huawei, SMA, Delta, Waaree etc.
The Inverters are available with a warranty of 5 years though the extended warranty of another 5 years can be available by paying a bit extra. Quality of Inverters matter significantly in generating higher power from the same level of solar generation provided by the Solar panels. More number of MPPTs (Maximum Power Point Tracker) generally help to increase the reliability of the solar system and provide better generation.
Solar Mounting Structure
The structure for mounting the Solar Panels is an important part of the system. The strength of the structure should be such that they can bear a wind speed of 180 kms per hour. Typically, the structure should be designed and tested on the design software like STAAD.PRO to check their suitability for the given height and weight. As the height of structure increases, the wind pressure increases.
Recently in places like Alwar, many solar panels flew away due to poor quality of structure. Consumers should be careful in selecting the structure as the flying panels can not only damage the system but also can cause serious accidents.
DC Cables
DC cables should be used for interconnecting the solar panels. Practices have been noticed where in the vendors tend to connect the panels by the AC cables which increases the generation losses.
AC Cables
AC cables are cheaper and can help to reduce the capital cost in short term but will be expensive due to mounting losses. Ideally the DC cables should only be utilized to connect the solar panels to the Inverters.
AC cables of right size should be used to connect the Inverters to the AC junction boxes or the LT Panel of Discom. Sizing of the cable is important to reduce the losses.
Solar Earthing
Earthing of the system is important for the safe operations. Earthing strip and wires need to be connected to all the key electrical components.
Lightening Arrestors
Lightening Arrestors (LA) are required to safeguard the system against any weather lightening and should be installed based on the system size.
Generation Monitoring System
Remote monitoring of the generation should be provided to continuously check the health of system.
Water Pipe
Water piping system should ideally be designed to provide the water supply for periodic cleaning of the panels which will help to increase the generation.
Suggested Articles

Cut Factory Electricity Bills with Solar Energy: Smart Power Saving Guide for Industries in India
Discover how solar energy helps factories in India reduce electricity bills, improve ROI, and achieve long-term industrial power savings.

What Is a Solar Power Generating System? | Complete Guide
A solar power generating system converts sunlight into electricity for residential, industrial, and commercial use. This blog explains the components, working, and benefits of solar systems, helping you understand how to harness solar energy efficiently and sustainably.

Solar PV Testing Equipment Inspection & Maintenance Guide
A complete guide to solar PV testing equipment inspection and maintenance, ensuring accurate measurements and reliable system performance.

1 MW Solar Power Plant Cost in Rajasthan: A Complete Guide
A detailed guide on the cost of setting up a 1 MW solar power plant in Rajasthan. Learn about pricing, EPC components, land needs, subsidies, and expected payback for commercial and industrial users.

Solar Inverter Specifications Explained: How to Read Datasheets & Choose the Right Inverter
Choosing the right solar inverter is critical for system performance and safety. This guide explains how to read inverter datasheets, understand key specifications, and select the best inverter for your solar project.

Go Off-Grid with Solar Energy: A Complete Guide
Living off-grid, more commonly defined as not having a dependence on public utilities such as electricity, sounds appealing for a lot of reasons. The idea of being self-sufficient, powering your own home with solar energy, and maybe even building that home with your own two hands can sound like a dream and a challenge for people who wish to live life on their terms.

Best Solar Panels for Rooftop Projects: How to Choose the Right One
Selecting the right solar panel is crucial for rooftop project success. This guide explains how to evaluate panel types, efficiency, warranties, and performance to ensure maximum power output and long-term savings for your home or business.

Environmental Hazards in Solar PV Installations Guide
A complete guide to identifying and mitigating safety hazards in solar PV systems, including risk assessment, hazard control, preventive measures, and workplace safety practices.