Energy
Generate clean electricity from agricultural infrastructure.
Intelligent agrivoltaic systems
Turn farm shade into food, energy and value.
SunCube designs and integrates agrivoltaic systems around the needs of each crop, local climate, and farm—turning passive shade into productive infrastructure.
01 / ENERGY
02 / CROP
03 / INTELLIGENCE
♣♣♣♣♣
System objective
Balanced performance
Energy Crop Climate
Agriculture
Optimize light, shade, and growing conditions.
Intelligence
Enable monitoring, automation, and data-driven farming.
Layer 1Solar–Crop Infrastructure
Build the solar–crop system around what the crop needs.
SunCube designs crop-responsive agrivoltaic infrastructure that combines useful PV shading, light optimization and farm integration.
What we deliver today
- 01
PV shading designed around crop and climate needs
- 02
Crop-light optimization for healthier growing conditions
- 03
Integration with greenhouses and open-field farm systems
Foundation todayReduce heat stress, manage light and improve farm energy efficiency.
Why SunCube
Shade is essential.
It should also be productive.
Every square meter of agricultural surface can do more.
Farms already invest in shade to protect crops from heat and harsh sunlight. Traditional shade nets remain a passive cost, while conventional full-cover solar can deprive plants of the light they need.
SunCube is not a solar panel manufacturer. We are the agrivoltaic architect and system integrator that finds the right balance between crop performance, energy generation, and farm conditions.
Traditional shadeProtection only
SunCube systemProtection + power + data
Solutions
From insight to intelligent infrastructure.
We start with the farm, not the panel.
Agri-PV Design Intelligence
Crop–light–energy simulation, site assessment, and an optimal PV arrangement tailored to each farm.
- Crop and climate analysis
- PV layout optimization
- Feasibility and yield modelling
System Integration
A complete agrivoltaic system integrating structures, solar, irrigation, sensors, and controls.
- New-build and retrofit
- EPC partner delivery
- Commissioning support
Farm Intelligence
A progressive monitoring layer for understanding microclimate, energy, and operational performance after deployment.
- Microclimate monitoring
- Energy performance
- Automation roadmap
Built for real farms
One system. Multiple growing environments.
Greenhouse farms
For high-value crops and energy-intensive controlled environments.
Ornamental nurseries
For shade-sensitive plants where protection is already essential.
Rooftop & community farms
For productive urban surfaces that generate food and power.
Our technology
Finding the balance between sunlight and shade.
SunCube Design Intelligence evaluates crop needs, local climate, and farm conditions to optimize PV layout, density, orientation, and height.
Explore a feasibility study →CropClimateFarm
SunCube
Design
Intelligence
Design
Intelligence
Better growing conditionsClean energyLong-term intelligence
How we create value
Design first. Deploy with partners. Optimize over time.
SunCube starts with a paid feasibility and design engagement, then scales validated projects through trusted PV and agricultural infrastructure partners.
Design
Assess the site, model crop and climate needs, and define the right PV layout and microclimate strategy.
Current coreIntegrate
Coordinate structures, solar components, irrigation, sensors, installation, and commissioning with delivery partners.
DeploymentOptimize
Add monitoring, operations insight, and energy optimization as the farm’s intelligent infrastructure matures.
Recurring servicesFeatured project
From design intelligence to farm-scale validation.
A signed paid pilot assessing optimized agrivoltaic design across an existing greenhouse and more than ten crop types.
Project details reflect the current pilot scope and are not generalized performance claims.3,060m² existing greenhouse
10+crop types assessed
Signedpaid pilot validation
Validate with farms. Scale through partners.
FARMSPV EPCGREENHOUSE BUILDERSRESEARCHAGRI-INFRASTRUCTURE
Our team
Built by people who connect agriculture, energy and technology.
Incubated through Singapore’s National GRIP programme, SunCube brings together expertise across agrivoltaics, photovoltaics, the built environment, AI, IoT, software and commercialization.
Core team
Combines more than ten years of sustainable architecture and design experience with agrivoltaic system innovation.
Founder · CEO
Dr. LU Yijun
Agrivoltaics expert shaping productive, climate-responsive farm infrastructure.
Brings a NUS Built Environment PhD and over five years of academia–industry photovoltaic research.
Technical Director
TING Shi An
PV expert connecting research with real-world system delivery.
NUS PhD and solar energy researcher specializing in advanced photovoltaic technologies.
PV Technology Director
YUE Jiaming
Solar energy researcher with expertise in advanced photovoltaic technologies.
Bridges SunCube’s technical team and its customers—turning complex agrivoltaic concepts into clear, practical language for real farm decisions.
Marketing · Branding Lead
MO Zhihui
Translates complex technology into clear, practical language—helping customers understand how it works, why it matters, and the value it brings to their farms.
Connects sensing, monitoring and software into an intuitive experience for future intelligent farm operations.
IoT · Software Designer
Jonald KHAW
Designs connected tools for smarter farm operations.
Brings hands-on horticulture and farming experience to crop planning, ornamental cultivation and practical growing decisions.
Gardening Director
ZHANG Ziyuan
Experienced horticulture and farming expert supporting crop and ornamental plant cultivation.
Principal investigator & advisors
Principal Investigator
Prof. ANG Yu Qian
NUS Assistant Professor and Presidential Young Professor; AI urban and building scientist with experience across NUS, MIT and Harvard GSD.
Advisor
Prof. WONG Nyuk Hien
NUS Professor and Vice Dean of the College of Design and Engineering, advising the team on the built environment and sustainable systems.
Advisor
Prof. Stephen TAY En Rong
NUS Associate Professor in the Department of the Built Environment, advising SunCube’s technology and research development.
Biographies and institutional titles should be confirmed by each member before public release.
Emailyijun_lu@u.nus.edu
Based in
National University of Singapore
Singapore 117566
For
Farms · Investors · Partners
Harvest both
crop and solar energy