Final feasibility depends on grid access, zoning, and site conditions.
• 10,000+ sq ft roof area
• Flat or low-slope roof
• Structurally suitable roof
• 5+ usable acres
• Limited site shading
• Open site access
• 50+ parking spaces
• Open parking layout
• Strong sun exposure
Can be combined with EV charger
• 3k+ sq ft area
• Accessible parking layout
• Space for battery equipment
Can be combined with solar carport
No cost. No obligation. Initial review typically within one week.
These FAQs answer the most common questions we receive about commercial and industrial solar development.
Commercial and Industrial solar projects are typically developed on properties with large roofs, excess land, or strong electrical infrastructure.
Buildings with approximately 10,000+ square feet of usable roof space are often good candidates for rooftop solar.
Ground-mounted solar projects usually require 5 or more acres of land.
For Community Solar / CDG:
Industrial, warehouse, manufacturing, and large retail properties tend to be the most suitable.
Next Energy 360 performs an initial screening to determine whether a property may be viable before any development work begins.
In New York, community solar is commonly referred to as CDG, which stands for Community Distributed Generation.
Community Solar or CDG allows a solar project to provide utility bill credits to multiple homes or businesses through the electric grid.
Instead of using all of the power directly on-site, the energy is distributed through the utility system to participating subscribers.
Large commercial rooftops and ground-mounted solar sites may qualify for CDG projects depending on location, utility territory, and grid capacity.
Solar systems can be installed in several locations depending on the property.
Common options include rooftop systems on commercial buildings.
Solar canopies installed over parking areas are another option.
Ground-mounted systems may be installed on unused land or portions of large parcels.
Each property is evaluated individually to determine the most practical configuration.
Solar systems require roofs that are structurally sound and not near replacement.
Flat or low-slope commercial roofs tend to work best.
If a roof replacement is already planned, solar installation can sometimes be coordinated with that work.
An engineering review is typically performed before a project moves forward.
Commercial solar systems are installed using engineered mounting systems designed to protect the roof structure.
Installations are performed according to structural and waterproofing standards.
In many cases, solar installations can actually extend the life of the roof by shielding it from weather and UV exposure.
Solar infrastructure can improve the long-term economics of a commercial property.
Depending on the project structure, solar development may generate lease income or reduce long-term electricity costs.
Energy infrastructure can also make a property more attractive to tenants and future buyers.
For many owners, solar converts unused roof or land area into a productive asset.
Commercial solar projects typically take 12 to 36 months from initial evaluation to operation.
The timeline includes feasibility review, engineering, utility interconnection, permitting, and construction.
Early site screening helps determine whether a property is worth pursuing before time and resources are invested.
Commercial brokers often identify properties with large roofs or excess land that may qualify for solar or battery storage development.
Next Energy 360 works alongside brokers by providing rapid site screening and preliminary feasibility review.
If a property appears viable, we coordinate with the broker and property owner throughout the development process.
This approach allows brokers to offer additional value to their clients while maintaining their role in the transaction.
If you own or represent a commercial property with large roof space or unused land, Next Energy 360 can perform an initial screening to determine whether solar or battery storage development may be viable.
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