Rooftop solar
Primary on-site generation using available commercial roof area.
SMART BUSINESS INFRASTRUCTURE
Integrated smart business
campus infrastructure.
One site. Every critical system.
Turn a conventional property into a connected, energy-producing and resilient business campus—engineered as one operating platform.
Design your campus THE INTEGRATED PRINCIPLE
More than products.
One coordinated architecture.
Energy, mobility, connectivity and security perform better when they are designed around the same operating priorities.
Soluxion Verde can combine proven technologies into a project-specific system that responds to the site's load profile, physical constraints, resilience targets and expansion plan.
SIX CONNECTED LAYERS
The complete campus stack.
SPCP solar + charging
Photovoltaic parking supports intelligent Level 2 and Level 3 charging, protects users and can return unused energy to the building.
Commercial BESS
Stored energy supports demand control, backup strategies and greater operating autonomy.
SPT connectivity
Autonomous solar power and telecom-ready height for cellular, microwave or satellite systems.
Monolith Series
Distributed autonomous power for security, surveillance, lighting, communications and site access points.
Charge Management Module
Monitors available building power in real time and modulates up to 20 Level 2 or Level 3 chargers per module.
RESILIENCE CORE
Energy that remains useful after sunset—and available when the grid is not.
Commercial BESS sits at the center of the architecture, coordinating rooftop and SPCP production with building loads, intelligently managed Level 2 and Level 3 charging, and critical infrastructure.
Rooftop PV + SPCP→Energy management + BESS→Building + EVs + telecom + security
Optimize
Coordinate solar, storage and automated charger modulation to reduce peaks and make better use of available electrical capacity.
Protect
Maintain selected critical operations, connectivity and security during grid interruptions.
Scale
Add generation, storage, charging and distributed infrastructure as the operation grows.
Backup duration, island operation and energy-independence targets require project-specific engineering, controls and interconnection design.
BUILD THE COMPLETE SYSTEM
Start with the operation.
Engineer every layer.
Tell us about the property, operating priorities and resilience goals. We will help define which systems belong in the first phase and how the architecture can grow.
Discuss an integrated project