Solar for Bus & Railway Terminals - Stations

Solar energy solutions are revolutionising the way bus and rail stations operate by enabling cleaner, more efficient transit infrastructure. Through the strategic deployment of rooftop and trackside photovoltaic systems, smart energy storage, and integrated power management technologies, transportation stations are significantly reducing greenhouse gas emissions, lowering operational energy costs, and advancing long-term sustainability goals.

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EXPLORE

OVERVIEW OF SOLAR FOR BUS & RAILWAY STATIONS

Solar-powered systems at bus and rail stations are streamlining energy use across critical infrastructure. By combining on-site solar generation with battery storage and smart inverters, transit hubs can power lighting, HVAC, ticketing, and vehicle charging with minimal grid reliance—cutting emissions and improving energy resilience.

Reduce Grid Reliance

By integrating smart BESS technologies and solar energy generation solutions, transportation stations can enhance grid resilience, reduce peak load stress, and supercharge its back-up power

Lower Carbon Emission

Stations aiming to decarbonise their energy mix, improve energy access, and future-proof their distribution networks can adopt BESS for energy storage and re-distribution to ensure more resilient operation

Multi Energy Sources

Energy storage systems can be recharged via wind, solar, hydro power, grid power – enable round-the-clock energy charging

Multi Solar Energy Generation

Transportation infrastructures can benefit from solar BIPV (roof and cladding), solar BESS for energy storages as well as solar roof (for any open spaces) and solar lighting

Stability and Reliability

Solar energy offers many advantages in ensuring stability and reliability of energy management included, when combining with BESS: fast frequency responses, provides back-up power and load balancing support, reduces grid failures by acting as buffer between blackouts

Flexible Sizing. Modular Design

Solar systems can be deployed in stages, allowing facilities to begin with partial integration and expand over time. Battery Energy Storage Systems (BESS) offer similar modularity, enabling scalable storage solutions that adapt to evolving energy needs while preserving operational flexibility.

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Commercial BESS

Commercial BESS can deliver power storage as little as 100kWh to as high as 500kWh, suitable for small to mid-size stations

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Industrial BESS

Industrial BESS can deliver power storage as little as 3000kWh, suitable for large stations, fully modular for future expansion

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BIPV Solar Cladding

Buildings can be cladded with BIPV materials, instead of traditional glass – achieving highly efficient solar collection as well as meeting architectural aesthetic

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Solar BIPV Roof Integration

Buildings can adopt solar BIPV roofing technology to collect solar power, as well as providing aesthetically attractive architectural cladding, fully integrated with the roof

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Solar Roof

Solar infrastructure can be implemented on roof structure or car park ground (as roof covers), allowing parks to collect energy through its unused spaces

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Solar Lighting

Ground lighting can be powered completely by solar, delivering super low maintenance and super low cost lighting solution – applicable to platforms, tracks and security lights