Turning clean power into a permanent design asset.

In a world moving urgently toward decarbonization, clean energy has become a design imperative. At Level-1 Global Solutions, we turn that imperative into infrastructure.

Whether you’re working across city blocks or rural campuses, we build the frameworks that enable intelligent energy use: low-voltage systems that are scalable and resilient, smart grid integrated infrastructure that tracks performance in real time, and technology platforms that make data actionable for operators, planners, and communities alike.

Sustainability is at our core.

The most future-ready projects are those engineered for adaptability. That’s why we design core systems that respond dynamically to demand, monitor usage with precision, and leave room for evolution.

We support your projects with:

• IoT-integrated energy frameworks 
• Scalable renewable-ready distribution 
• Data-driven monitoring and control systems 
• Battery storage and load management 

Our goal is simple: to ensure that your development isn’t just energy-compliant, it’s energy-intelligent.

How We Support EV Infrastructure

We recognize the growing importance of EV infrastructure as electric vehicles reshape urban landscapes. That’s why we approach EV infrastructure as a foundational system for future-ready buildings. From early-stage feasibility to long-range electrical planning, we evaluate site conditions, utility capacity, circulation flows, and projected usage, to ensure EV charging systems are thoughtfully integrated into both the architecture and operations of a building.

We offer: 

• Electric Vehicle Charging Infrastructure
• Design & Power planning for future scalability
• Code-compliant installation support

Why We’re Trusted

Our team works closely with capital planners, sustainability leads, and architectural teams to align systems with performance certifications and policy targets. Whether you’re pursuing LEED, SmartScore, or ESG-driven benchmarks, we help hardwire those ambitions into the earliest stages of design.

Because lasting architecture demands lasting energy.