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Hi-MO X10 Guardian
Anti-Glare

Precision glare control for
sensitive infrastructure

Solar Glare has become a permitting risk.
‍Anti-Glare 2.0 Is the Answer.

For projects near airports, transport corridors, and residential zones, glare risk is increasingly treated as a permitting factor. In sensitive commercial and infrastructure environments, uncontrolled solar reflection can delay approvals, complicate stakeholder alignment, and increase project risk.
0.29
TÜV-certified maximum DGP (AAA)
24.8 %
max. efficiency
78%
CPVT-verified glare brightness reduction of up to 78%
2480 cd/m²
TÜV-tested glare luminance
AAA glare classification
Imperceptible glare under standardized evaluation conditions
Maximum glare luminance
2,480 cd/m²
Objectively measured under laboratory conditions

Reducing approval risk in glare-sensitive environments

<0.6 % specular reflectance at high incidence angles
Controlled reflection behavior under low sun conditions
Glare brightness reduction
Up to 78% lower glare brightness than conventional panels
Integrated anti-glare glass and cell architecture
Specular reflectance controlled through structured glass surface and HPBC cell design
Reduced glare-related corrective risk
Avoiding post-commissioning glare mitigation measures

Full Hi-MO X10 platform performance

No compromise on yield, durability, or lifecycle value
High power output up to 670 W
More capacity per module
Optimizing BOS and installation density
24.8 % module efficiency
High yield per m²
Maximizing energy generation in constrained areas
HPBC 2.0 back contact cell architecture
Full-surface light absorption
Reduced shading losses from front-side busbars
Advanced shading resilience design
Up to 70 % shading power recovery
Stabilized output under partial shading conditions
Infrastructure-grade durability
87.2 % lower micro-cracking risk under stress
High snow and wind load capacity
30-Year power warranty
Long-term performance assurance
Supporting bankability and asset valuation
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Built for approval.
Verified by TÜV.

How the optical surface reduces reflection

The Anti-Glare module is based on an integrated cell and glass light management design, combining HPBC light trapping cell architecture with high-transparency, low-reflection glass.
At cell level, the HPBC light trapping structure increases light absorption and reduces front-side reflection compared to conventional cell surfaces. At glass level, the embossed surface modifies surface roughness to reduce the brightness of reflected light spots while increasing light transmittance.
According to laboratory measurements referenced in the presentation, total reflectivity is reduced from 2.9% in conventional structures to 0.9% in the optimized design (data from a Singapore SAC-certified OTM laboratory).This optical design is further validated through independent TÜV Rheinland testing.
The module achieved a maximum Daylight Glare Probability (DGP) of 0.29, corresponding to an AAA classification under EN 17037, defined as imperceptible glare under the applied evaluation methodology. Maximum measured glare luminance was 2,480 cd/m².

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The versatile solution for glare-sensitive environments

Hi-MO X10 Guardian Anti-Glare is the right choice when…

If your project is located in areas where reflection behavior is subject to scrutiny, regulation, or stakeholder concern.
The installation is located at or near airports or within airport premises
The site borders highways, rail corridors, ports, or other transport infrastructure
The project is exposed to visibility from control towers, elevated roadways, or nearby buildings
Regulatory authorities require glare assessment as part of the approval process
Optical stability must be ensured without compromising energy performance

Have a project where glare
is a concern?

Our experts understand the permitting pressures and stakeholder sensitivities that come with  glare-sensitive projects. Contact us and we'll help you find the right solution before it becomes a problem.
Contact us today
Contact us today