A passive ceiling system that cools smarter, not harder.
Sunventor replaces traditional ceiling panels with aerodynamic modules that reduce heat buildup and improve airflow — no fans, ducts, or moving parts required.
Trusted by:
A passive ceiling system that cools smarter, not harder.
Sunventor replaces traditional ceiling panels with aerodynamic modules that reduce heat buildup and improve airflow — no fans, ducts, or moving parts required.
Trusted by:
A passive ceiling system that cools smarter, not harder.
Sunventor replaces traditional ceiling panels with aerodynamic modules that reduce heat buildup and improve airflow — no fans, ducts, or moving parts required.
Trusted by:
Measurable benefits,
built into every ceiling
Measurable benefits, built into every ceiling
Measurable benefits,
built into every ceiling
↓ Up to 4°C
temperature drop in naturally ventilated spaces
↓ Up to 1.3°C
temperature drop in air conditioned spaces, same setpoint
↓ 8-12%
energy cost by reducing HVAC reliance
↓ Up to 25%
energy reduction in shift-loading or optimized AC cycling
↓ 6–8 dB
noise level reduction
↓ Up to 5%
Naturally ventilated space
↑ ROI
positive
↓ Up to 4°C
temperature drop in naturally ventilated spaces
↓ Up to 1.3°C
temperature drop in air conditioned spaces, same setpoint
↓ 8-12%
energy cost by reducing HVAC reliance
↓ Up to 25%
energy reduction in shift-loading or optimized AC cycling
↓ 6–8 dB
noise level reduction
↓ Up to 5%
Naturally ventilated space
↑ ROI
positive
↓ Up to 4°C
temperature drop in naturally ventilated spaces
↓ Up to 1.3°C
temperature drop in air conditioned spaces, same setpoint
↓ 8-12%
energy cost by reducing HVAC reliance
↓ Up to 25%
energy reduction in shift-loading or optimized AC cycling
↓ 6–8 dB
noise level reduction
↓ Up to 5%
Naturally ventilated space
↑ ROI
positive
Aligned with the world’s leading sustainability standards
Aligned with the world’s leading sustainability standards
Aligned with the world’s leading sustainability standards
Sunventor helps reduce cooling loads and improves thermal comfort — factors directly recognized in:
Singapore Green Mark
BREEAM
LEED
EDGE
NABERS
Sunventor helps reduce cooling loads and improves thermal comfort — factors directly recognized in:
Singapore Green Mark
BREEAM
LEED
EDGE
NABERS
Sunventor helps reduce cooling loads and improves thermal comfort — factors directly recognized in:
Singapore Green Mark
BREEAM
LEED
EDGE
NABERS
Pays off — even before net zero
targets kick in.
With a drop-in cost of SGD 70 per sqm and up to 25% HVAC savings in optimal use cases, most buildings see clear ROI within 5–6 years.
Our Solution
Measurable benefits, built into every ceiling
Our Solution
Passiv Cool™
For air-conditioned rooms
Uses residual ceiling cooling and thermal buoyancy to flush trapped heat from the ceiling cavity — reducing internal heat gain and improving airflow.
Average 1°C cooler indoor temp in case studies
Up to 1.3°C during peak hours
Passiv Vent™
For naturally ventilated spaces
Creates a pressure difference between the room and ceiling plenum, drawing warm air upward and venting it out. Lowers temperature and humidity without powered ventilation.
2.3°C average temperature drop
5% humidity reduction
Installed at SanChi industrial facility
Passiv Flow™
For cool air distribution
Optimizes plenum air movement and mixing using a diffuse ceiling design with aerodynamic profiling. Achieves lower cooling temps with the same air supply rate.
1.33°C lower temp vs. standard ceiling panels
Ideal for data centers, labs, studios
Deployed at ARC Design Studio (completion Dec 2025)
Passiv Cool™
For air-conditioned rooms
Uses residual ceiling cooling and thermal buoyancy to flush trapped heat from the ceiling cavity — reducing internal heat gain and improving airflow.
Average 1°C cooler indoor temp in case studies
Up to 1.3°C during peak hours
Passiv Vent™
For naturally ventilated spaces
Creates a pressure difference between the room and ceiling plenum, drawing warm air upward and venting it out. Lowers temperature and humidity without powered ventilation.
2.3°C average temperature drop
5% humidity reduction
Installed at SanChi industrial facility
Passiv Flow™
For cool air distribution
Optimizes plenum air movement and mixing using a diffuse ceiling design with aerodynamic profiling. Achieves lower cooling temps with the same air supply rate.
1.33°C lower temp vs. standard ceiling panels
Ideal for data centers, labs, studios
Deployed at ARC Design Studio (completion Dec 2025)
Passiv Cool™
For air-conditioned rooms
Uses residual ceiling cooling and thermal buoyancy to flush trapped heat from the ceiling cavity — reducing internal heat gain and improving airflow.
Average 1°C cooler indoor temp in case studies
Up to 1.3°C during peak hours
Passiv Vent™
For naturally ventilated spaces
Creates a pressure difference between the room and ceiling plenum, drawing warm air upward and venting it out. Lowers temperature and humidity without powered ventilation.
2.3°C average temperature drop
5% humidity reduction
Installed at SanChi industrial facility
Passiv Flow™
For cool air distribution
Optimizes plenum air movement and mixing using a diffuse ceiling design with aerodynamic profiling. Achieves lower cooling temps with the same air supply rate.
1.33°C lower temp vs. standard ceiling panels
Ideal for data centers, labs, studios
Deployed at ARC Design Studio (completion Dec 2025)
Born in Singapore, built for the world.
We’re the first to bring passive ceiling cooling to market, with a tested, patent-pending solution that’s already scaling across Southeast Asia.
Born in Singapore, built for the world.
We’re the first to bring passive ceiling cooling to market, with a tested, patent-pending solution that’s already scaling across Southeast Asia.
Born in Singapore, built for the world.
We’re the first to bring passive ceiling cooling to market, with a tested, patent-pending solution that’s already scaling across Southeast Asia.