Solutions

What we handle for you.

From the first roof check to the final system test, here is what each part of a UR Solar installation involves.

Team checking a metal roof before installation

Part 1 of 5

Site Assessment & System Design

What it is

The survey and planning stage. We study how you use electricity and what your property can support, then design a system around both.

What we do

Review your electric bill and usage
Check roof area, direction, and shade
Recommend a system size in kWp and a panel count
Plan your inverter and battery setup

Why it matters

A system sized to your real usage helps you avoid paying for capacity you do not need, or ending up with too little.

Installers in safety harnesses mounting solar panels on a roof

Part 2 of 5

Solar Panel Installation

What it is

The physical mounting of panels on your roof. Solar panels turn sunlight into direct current (DC) electricity.

What we do

Install mounting rails on the roof
Secure each panel to the rails
Run and protect the cabling
Work with safety harnesses while on the roof

Why it matters

Secure mounting and tidy cabling help keep the system safe and performing well for years.

Hybrid inverter and two battery units installed at a home

Part 3 of 5

Hybrid Inverter & Battery Setup

What it is

A hybrid inverter turns the DC power from your panels into the alternating current (AC) your property uses. It also manages power between the panels, the battery, and the grid. The battery stores energy for later use.

What we do

Install the hybrid inverter and battery units
Connect the panels, battery, and grid
Configure how the system charges and discharges
Set up system monitoring

Why it matters

Stored energy can be used after sunset and can keep essential loads running during an outage.

Open electrical panel with circuit breakers and protection devices

Part 4 of 5

Electrical Integration

What it is

Connecting the solar system safely to the electrical system already in your property, so solar, battery, and grid power work together.

What we do

Install a protection and distribution panel
Add circuit breakers and protection devices
Connect the system to your existing electrical panel
Arrange the essential loads for backup power

Why it matters

Proper protection helps safeguard your property, your appliances, and the system itself.

Inverter display showing live system readings

Part 5 of 5

Testing & Commissioning

What it is

The final checks before handover. Commissioning means confirming that the finished system runs the way it was designed to.

What we do

Check connections and system settings
Test the panels, inverter, and battery together
Confirm the readings on the system display
Walk you through how your system works

Why it matters

Testing catches issues before handover, so you start with a system that is working as planned.

Definitions

Solar terms, explained.

kW: A measure of power at a given moment.
kWp: A solar system's peak rated power under standard test conditions.
kWh: A measure of energy over time. It is the unit shown on your electric bill.
DC and AC: Solar panels and batteries use direct current (DC). Homes and most appliances use alternating current (AC).
Hybrid inverter: A device that converts solar power to usable AC power and manages the panels, battery, and grid together.
Battery storage: Batteries that save energy so you can use it later, such as at night or during an outage.
The grid: The utility power network that supplies electricity to your property.
Essential loads: The circuits you choose to keep running on backup power, such as lights, outlets, or a refrigerator.
Commissioning: The final testing that confirms a finished system runs as designed.

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