project reference | Winter Garden, FL

OCOM Campus Puts 370 kW of Solar to Work

370 kW Commercial Solar Installation in Winter Garden, FL

Commercial Solar | ELECTRICAL INTEGRATION

A rooftop solar installation across the OCOM campus brings commercial-scale photovoltaic generation to Winter Garden.

Overhead view of photovoltaic arrays across the OCOM campus in Winter Garden

OCOM 370 kW commercial rooftop solar installation in Winter Garden, Florida. Illustrative annual generation: 540,200 kWh using 5 peak sun hours per day and a 0.8 performance ratio (370 x 5 x 365 x 0.8). Illustrative annual electricity value: $81,030 using an assumed $0.15 per kWh. These are planning scenarios, not measured production or verified savings. Image 3 and Image 6 are illustrative reconstructions, not photographs of verified OCOM staging or DC junction equipment.

370 kW

Publicly Listed Project Size

540,200 kWh ESTIMATED
ANNUAL PRODUCTION

Estimated Annual Production is the projected amount of electricity a solar system is expected to generate over one year, measured in kilowatt-hours (kWh).

$81,030 ESTIMATED
ANNUAL SAVINGS

Estimated Annual Savings represents the projected yearly reduction in electricity costs from a solar energy system.

Scale Requires Coordination

Rows of installed solar panels on the OCOM commercial rooftop

Rooftop Work + Access

Illustrative material staging for the OCOM 370 kW commercial solar project in Winter Garden, Florida, featuring photovoltaic panel pallets, aluminum mounting rails, electrical supplies, and cable reels.

Material Staging + Site Logistics

Larger commercial projects demand careful attention to rooftop access, materials delivery and installation sequencing. These actual jobsite photographs show construction equipment and panel staging supporting work across the property.

The Electrical Side of the Work

Seven labeled inverter breaker circuits in electrical equipment at OCOM

Inverter equipment with conduit routing

Rooftop electrical conduit and photovoltaic panel mounting at OCOM

RACKING + CABLING

Illustrative photovoltaic DC junction enclosure with circuit components and cable conduits

DC JUNCTION

EQUIPMENT, ROUTING AND ACCESS

The project photos document installed inverter equipment, rooftop mounting rails, conductor management and electrical enclosures. For commercial owners, these construction details help show the breadth of work behind a large solar installation.

BEYOND THE ROOFTOP

01

Facility-Specific Planning

Roof constraints, energy usage and electrical configuration should drive project design.

02

Repeatable Field Execution

Multi-building installation requires clear logistics, roof access and installation sequencing.

03

Long-Term Serviceability

Equipment selection, maintenance access and a documented operating plan matter after installation.

04

Turn Roof Space Into Savings

Commercial solar transforms unused rooftop space into an energy-producing asset, helping businesses reduce utility dependence and manage long-term operating costs.

Wide aerial view of the OCOM commercial campus and rooftop solar installation

LET US EVALUATE YOUR COMMERCIAL PROPERTY

Schedule a consultation today to see how much you can save going solar

Stop Paying More for Power

Utility rates rise 4–6% every year. Solar converts that rising expense into an asset that can pay for itself, and once it’s paid off, your power is essentially free. Many property owners qualify with no money out of pocket.