Solar Mounting Structures
Hot-dip galvanised mounting structures for rooftop, ground-mount, carport and solar farm installations. Designed to withstand heavy wind and weather loads.
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ABOUT TRUE POWER SOLAR
Balance of System, commonly known as BOS, refers to all the essential components required to complete a solar power installation apart from the solar panels themselves. These components support the safe generation, conversion, transmission, monitoring, and distribution of solar energy.
A properly designed Solar BOS system improves the efficiency, safety, durability, and long-term performance of a solar installation. Whether it is a residential rooftop system, a commercial solar project, an industrial installation, a large-scale solar farm, or an off-grid solar setup, the right BOS materials are essential for dependable energy generation.
Off-grid solar systems can be customised according to specific energy requirements. They are particularly suitable for remote locations where access to the main electricity grid is limited or unavailable..
We supply complete Balance of System (BOS) components for residential, commercial, industrial and off-grid solar installations — from mounting structures and cables to earthing systems and protection devices.
Hot-dip galvanised mounting structures for rooftop, ground-mount, carport and solar farm installations. Designed to withstand heavy wind and weather loads.
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High-efficiency string and hybrid inverters that convert DC power from solar panels into AC electricity for household, commercial and industrial use.
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UV-resistant and weather-proof solar DC cables (IS 17293:2020) and AC cables for safe, low-loss power transmission in all solar installations.
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IP67-rated MC4 and multi-contact solar connectors for secure, weatherproof connections between solar panels, cables and inverters.
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DCDB and ACDB combiner boxes that consolidate the output of multiple solar panel strings with built-in protection for safe and efficient operation.
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MPPT and PWM charge controllers that regulate battery charging in off-grid and hybrid solar systems for maximum energy harvest and battery longevity.
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DC and AC surge protection devices and isolator switches that protect solar equipment from voltage spikes and allow safe isolation during maintenance.
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Smart energy meters and real-time monitoring systems that track generation, consumption and system performance for optimum solar plant management.
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Complete earthing and grounding solutions for solar installations including electrodes, strips, clamps and backfill compounds for safe fault current dissipation.
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Copper bonded and GI earthing electrodes for solar plant grounding systems. Designed for all soil types with low earthing resistance and long service life.
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NABL tested earth enhancement backfill compounds in powder and granule form. Reduces soil resistivity and improves earthing effectiveness for solar projects.
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FRP and polyplastic earthing pit covers with 3-ton load capacity for solar plant and industrial earthing pits. Easy access for inspection and maintenance.
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Galvanised iron and copper bonded earthing strips used to interconnect earthing electrodes and panel structures in solar farm and rooftop installations.
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Solar panels absorb sunlight and generate DC electricity. This electricity travels through solar DC cables and connectors to the inverter.
The inverter converts DC electricity into AC electricity, which can then be used by household appliances, commercial equipment, industrial machinery, or supplied to the electricity grid through AC cables.
Hold the solar panels securely in position.
Consolidate the output of multiple panel strings.
Regulate battery charging in off-grid and hybrid systems.
Track energy generation and system performance.
Protect equipment from voltage spikes.
Allow safe isolation during maintenance.
Provide a safe path for electrical fault current.
Safeguard equipment and structures from lightning-related risks.
Solar BOS materials are used in rooftop solar systems for homes, apartments, housing societies, villas and residential communities. These systems may be grid-connected, off-grid or hybrid, depending on energy requirements and availability of grid electricity.
Commercial buildings, shopping centres, educational institutions, hospitals, hotels, offices and warehouses use Solar BOS materials to support efficient and reliable solar power generation.
Factories and industrial facilities require durable BOS components that can manage higher energy output, demanding operating conditions and long working hours — including strong mounting structures, dependable cables, effective earthing, monitoring systems and electrical protection devices.
Large-scale solar farms require comprehensive BOS solutions for collecting, converting, protecting, monitoring and distributing electricity — involving extensive cabling networks, mounting structures, earthing systems, combiner boxes, inverters, monitoring devices and lightning protection systems.
Suitable for villages, farms, telecom sites, remote facilities, construction sites and locations without access to grid electricity. Such systems generally include solar panels, batteries, charge controllers, inverters, DC cables, mounting structures, earthing systems and monitoring devices.
Solar BOS components are also used in solar water pumps, agricultural farms, irrigation projects, cold storage facilities and rural energy systems.
High-quality BOS components reduce transmission losses and improve the conversion and distribution of solar electricity. Properly matched cables, connectors, inverters and protection devices help the system deliver optimum power output.
Earthing systems, surge protectors, disconnect switches and lightning protection devices protect people and equipment from electrical faults, voltage surges and related hazards.
Solar BOS components can be selected and customised according to the size, location, voltage, energy output and operational requirements of the project — supporting residential, commercial, industrial, agricultural, utility-scale and off-grid applications.
Quality BOS materials are designed to withstand harsh sunlight, heavy rainfall, humidity, dust, corrosion, temperature variations and outdoor exposure — ensuring consistent operation and longer system life.
Efficient power transmission and reliable system operation reduce energy losses, unexpected downtime, repair expenses and maintenance requirements — maximising savings and improving return on investment.
Well-organised cabling, monitoring devices, combiner boxes and disconnect switches make inspection, troubleshooting and maintenance of the solar installation easier and more efficient.
Solar BOS components generally require limited maintenance. However, regular inspection is important for maintaining safety and long-term performance. Recommended maintenance activities include:
Technical support plays an important role in maintaining the reliability of a solar installation.
Support may include:
A complete Solar BOS solution brings together mounting structures, cables, connectors, inverters, combiner boxes, charge controllers, monitoring devices, surge protection systems, and earthing solutions.
Selecting compatible and high-quality components helps ensure that the solar installation operates safely, efficiently, and consistently throughout its service life.
