Skip to content
National Solar Repository
LCOE Calculator
Mailing List
Contact
Home
About Us
About SERIS
Vision and Mission
Senior Management
International Advisory Panel
Supervisory Board
Organisational Structure
Outreach
Research Partners
SERIS Quality Policy and ISO Certifications
Research
Novel PV Concepts
Novel PV Concepts Cluster
Perovskite-based Multijunction Solar Cells Group
PV Devices Characterisation Group
Next-Generation Industrial Solar Cells & Modules Cluster
Next-Generation Industrial Solar Cells & Modules Cluster
Advanced Solar Cells Group
Corporate Laboratory Group
PV Modules for Urban Solar Cluster
PV Modules for Urban Solar Cluster
PV Module Characterisation and Reliability Group
Building Integrated Photovoltaics Group
Solar Energy Systems
Solar Energy System Cluster
Solar System Technology Group
PV Quality Assurance Group
Digitisation of Energy Group
SERIS Flagship Projects
SERIS Flagship Projects
SERIS Spin-Off
Power Facade
QE-Labs
PV Doctor
Griddler Solar
Facilities & Labs
Overview of Facilities & Labs
Perovskite Solar Cell Laboratory
Silicon Solar Cell Laboratory
Photovoltaic Devices Characterisation Laboratories
PV Devices Modelling and Simulation
PV Module Development Laboratory
SERIS’ ISO/IEC 17025 Laboratory For Module Testing
Outdoor PV Module And System Testing Facilities In Different Climates
PV Systems Monitoring Laboratory
Electronics Laboratory
REC@NUS Corp Lab
REC@NUS Corporate R&D Laboratory for Next Generation Photovoltaics
About us
People
Research Targets
News & Press Release
Contact us
Services
Overview of Services
Photovoltaics
Processing Services For Silicon Solar Cells
Characterisation and Testing of PV Materials and Solar Cells
Magnetron Sputtering of Metal and TCO Layers
Development of PV Modules
Advanced Reliability Testing of PV Modules
Characterisation and Reliability of PV Modules
Solar Energy Systems
PV System Performance Monitoring
Feasibility Studies
Outdoor Module Testing (OMT)
PV System Design and Evaluation
Floating PV R&D and Testbed
DaySy
Climate-Specific Assessment Of PV Module And System Performance
On-Site PV System Performance Testing and Commissioning
Thermographic Analysis of PV Systems
Real-Time Monitoring System of Meteorological Parameters
Six-Degree Freedom Motion Monitoring for Floating PV System Applications
Real-Time Sensor & Control System for Agrivoltaics
Glare Analysis of PV Installations
Consulting
Technical Consulting
Service Brochures
Service Brochures
Events & News
SERIS Events
Asia Clean Energy Summit (ACES)
SERIS in the News
2025
2024
2023
Conferences and Exhibitions 2024
Publications
Annual Reports
Scientific Publications
Technology Roadmap
Achievements
Career
SERIS Alumni
Researchers
Technical/Administrative Professionals
Internships
Masters and PhD Candidates
Solar Energy Research Institute of Singapore (SERIS)
Main Menu
Search for:
Search
Search
Home
About Us
Menu Toggle
About SERIS
Vision and Mission
Senior Management
International Advisory Panel
Supervisory Board
Organisational Structure
Outreach
Research Partners
SERIS Quality Policy and ISO Certifications
Research
Menu Toggle
Novel PV Concepts
Menu Toggle
Novel PV Concepts Cluster
Perovskite-based Multijunction Solar Cells Group
PV Devices Characterisation Group
Next-Generation Industrial Solar Cells & Modules Cluster
Menu Toggle
Next-Generation Industrial Solar Cells & Modules Cluster
Advanced Solar Cells Group
Corporate Laboratory Group
PV Modules for Urban Solar Cluster
Menu Toggle
PV Modules for Urban Solar Cluster
PV Module Characterisation and Reliability Group
Building Integrated Photovoltaics Group
Solar Energy Systems
Menu Toggle
Solar Energy System Cluster
Solar System Technology Group
PV Quality Assurance Group
Digitisation of Energy Group
SERIS Flagship Projects
Menu Toggle
SERIS Flagship Projects
SERIS Spin-Off
Menu Toggle
Power Facade
QE-Labs
PV Doctor
Griddler Solar
Facilities & Labs
Menu Toggle
Overview of Facilities & Labs
Perovskite Solar Cell Laboratory
Silicon Solar Cell Laboratory
Photovoltaic Devices Characterisation Laboratories
PV Devices Modelling and Simulation
PV Module Development Laboratory
SERIS’ ISO/IEC 17025 Laboratory For Module Testing
Outdoor PV Module And System Testing Facilities In Different Climates
PV Systems Monitoring Laboratory
Electronics Laboratory
REC@NUS Corp Lab
Menu Toggle
REC@NUS Corporate R&D Laboratory for Next Generation Photovoltaics
About us
People
Research Targets
News & Press Release
Contact us
Services
Menu Toggle
Overview of Services
Photovoltaics
Menu Toggle
Processing Services For Silicon Solar Cells
Characterisation and Testing of PV Materials and Solar Cells
Magnetron Sputtering of Metal and TCO Layers
Development of PV Modules
Advanced Reliability Testing of PV Modules
Characterisation and Reliability of PV Modules
Solar Energy Systems
Menu Toggle
PV System Performance Monitoring
Feasibility Studies
Outdoor Module Testing (OMT)
PV System Design and Evaluation
Floating PV R&D and Testbed
DaySy
Climate-Specific Assessment Of PV Module And System Performance
On-Site PV System Performance Testing and Commissioning
Thermographic Analysis of PV Systems
Real-Time Monitoring System of Meteorological Parameters
Six-Degree Freedom Motion Monitoring for Floating PV System Applications
Real-Time Sensor & Control System for Agrivoltaics
Glare Analysis of PV Installations
Consulting
Menu Toggle
Technical Consulting
Service Brochures
Menu Toggle
Service Brochures
Events & News
Menu Toggle
SERIS Events
Menu Toggle
Asia Clean Energy Summit (ACES)
SERIS in the News
Menu Toggle
2025
2024
2023
Conferences and Exhibitions 2024
Publications
Menu Toggle
Annual Reports
Scientific Publications
Technology Roadmap
Achievements
Career
Menu Toggle
SERIS Alumni
Researchers
Technical/Administrative Professionals
Internships
Masters and PhD Candidates
Science Magazine: Double-Sided Solar Panels That Follow The Sun Prove Most Cost Effective
Science Magazine: Double-Sided Solar Panels That Follow The Sun Prove Most Cost Effective
By
/
Post navigation
←
Previous News
Next News
→
Home
News
Science Magazine: Double-Sided Solar Panels That Follow The Sun Prove Most Cost Effective
Scroll to Top
