Put sunlight to work
Solar energy turns sunlight into electricity you can use at your property. A well-designed installation can reduce the amount of electricity you buy from your utility and support your long-term energy goals. The right solution starts with understanding your property, electricity use, and priorities.
How a solar installation works
Solar panels produce direct-current electricity when exposed to sunlight. An inverter converts that power into alternating-current electricity for your building. Your system can supply electricity as it is generated, while your utility supplies additional power when needed. Battery storage, when included, can store energy for later use.
The benefits of going solar
Reduce purchased electricity
Using electricity generated on-site can lower the amount you purchase from the grid. Actual savings depend on system output, your electricity use, utility rates, installation costs, and local utility programs.
Generate renewable energy
Solar panels generate electricity from sunlight without burning fuel during operation. The environmental benefit depends on the electricity they replace and the system's full lifecycle.
Gain more control over your energy
Producing some of your own electricity can reduce exposure to changes in utility prices. Monitoring tools can also help you understand when your system generates power and how your property uses it.
Explore energy storage
A compatible battery system may help you use more solar energy after sunset. Backup power requires equipment designed for that purpose. Standard grid-connected solar systems generally shut down during a utility outage for safety.
What the installation process involves
1. Property and energy assessment
Review electricity bills, roof or ground space, shading, roof condition, and electrical infrastructure to determine whether solar is a good fit.
2. System design and proposal
Develop a design based on available space and energy needs. A proposal should explain equipment, estimated production, costs, warranties, and any assumptions behind projected savings.
3. Approvals and installation
Required permits and utility approvals are coordinated before or alongside installation, depending on local procedures. Installation typically includes mounting equipment, panels, inverters, wiring, and any selected storage equipment.
4. Inspection and activation
The system is inspected and receives any required utility permission before normal operation begins. Once activated, monitoring can help track performance.
Is your property suitable for solar?
Sun exposure, shading, roof orientation and condition, available space, electricity usage, and local connection requirements all affect suitability. Ground-mounted systems may be an alternative where space and local requirements allow.
Frequently asked questions
Do solar panels work on cloudy days?
Panels can still generate electricity in cloudy conditions, but output is usually lower than in direct sunlight. They do not generate electricity at night.
Will solar eliminate my electricity bill?
Not necessarily. Utility charges and electricity purchases may remain. Results vary with system size, usage patterns, weather, and utility arrangements.
How much maintenance is needed?
Systems should be monitored and maintained according to manufacturer and installer guidance. Periodic inspections and cleaning may be appropriate depending on local conditions.
How long does installation take?
Timing depends on system complexity, equipment availability, permitting, inspections, and utility approvals. The on-site installation is only one part of the overall project timeline.
Plan your next step
To explore solar for your property, gather a recent electricity bill and details about your available roof or ground space. Contact GE-Energy Corp to discuss your energy goals and the next steps for your project.