Understanding Solar

New Zealand has favorable solar conditions, with regions experiencing a good amount of sunshine throughout the year. While the North Island generally receives more sunlight, solar power systems can still be effective in the South Island as well.

The New Zealand electricity market operates on a net metering basis. This means that any excess electricity generated by residential solar panels can be exported back to the grid, and homeowners receive credits or payments for the energy they contribute. Some electricity retailers also offer feed-in tariffs, providing additional financial incentives for solar energy generation.

The New Zealand government supports renewable energy initiatives, including residential solar power systems. Homeowners may be eligible for financial incentives such as grants or subsidies to help offset the installation costs of solar panels.

By generating their own electricity, homeowners can reduce their reliance on the grid and potentially save on their energy bills. Solar power systems allow residents to produce clean energy, leading to lower carbon emissions and a positive environmental impact.

The size of a residential solar power system depends on factors such as energy consumption, available roof space, and budget. It is essential to consult with a professional solar installer who can assess your specific requirements and design a system that maximizes energy production.

Residential solar systems in New Zealand typically require minimal maintenance. Regular cleaning of solar panels and inspections to ensure optimal performance are recommended. Many systems also come with monitoring tools that allow homeowners to track energy production and monitor the system's efficiency.

Residential solar power systems in New Zealand are connected to the grid, allowing homeowners to access electricity when their solar panels are not generating enough power. Safety measures, such as isolation switches and compliance with electrical standards, are crucial during installation to ensure the system's safe operation.

• We engage the customer in a conversation to understand their specific energy needs.
• Gather information about their current energy consumption patterns, such as daily usage and peak usage times.
• Discuss their energy goals, whether it's reducing their electricity bills, increasing energy independence, or contributing to a greener environment.
• Take note of any specific requirements or concerns they may have related to solar power.

• Request the customer to show their most recent power bill.
• Analyze the bill to gain insights into their energy usage and average kilowatt-hours consumed per month.
• Use this information to estimate their energy needs and identify potential savings through solar power.

• Discuss with the customer how much of their electricity bill they would like to offset with solar power.
• Consider their preferences, whether it's covering a certain percentage of their bill or a specific dollar amount each month.
• Determine the appropriate solar system type (grid-tied, hybrid, or hybrid with batteries) based on their desired coverage percentage and backup power needs.

• Evaluate the installation site for any potential shading issues that could impact solar panel performance.
• Assess the orientation, pitch, and available space on the customer's roof or property for optimal solar panel placement.
• Discuss alternative options, such as ground-mounted systems, if applicable.
• Consider the customer's location and local regulations to ensure compliance with any specific requirements.

• Explain the benefits of battery storage in conjunction with solar panels, such as increased energy independence and the ability to store excess solar power for later use.
• Inquire whether the customer is interested in having backup power during emergencies or reducing reliance on the grid.
• Discuss the additional costs, benefits, and considerations associated with integrating battery storage into their solar system.

• Based on the gathered information and discussions, provide a recommended solar system configuration.
• Specify the number of panels, their wattage rating, and any recommended battery storage capacity.
• Explain how the recommended system aligns with their desired coverage percentage and energy goals.
• Address any remaining questions or concerns the customer may have.

• Prepare a detailed quote and proposal based on the recommended solar system.
• Include information about the proposed system's components, costs, financing options, and expected return on investment.
• Present the proposal to the customer, highlighting the benefits and addressing any specific details relevant to their needs.

Your Solar panels capture energy from the sun’s radiation and turn it into DC electricity, which is sent to your inverter. Your inverter creates usable AC power and distributes this to your home’s switchboard for use, and any excess not needed back to the grid. When the sun is down, you will use the grid for electricity.

A hybrid system is a Solar power system that incorporates batteries in your installation to store energy. The solar system will produce power for your use and excess electricity will be stored in the battery. You will be able to use stored power during times the sun is not shining or during a power cut.

Off grid allows you to live without the reliance on a utility company. If you’re living in a part of New Zealand where there is no mains power, this is the perfect solution. Or if you just want to quit being connected to the grid. Off-grid means that battery storage is to be installed so that you’re backed up when the sun is not out to deliver live energy.

A Battery system takes you even further by storing surplus Solar generation for use at any time, increasing your savings, and providing additional backup power in case of a blackout. If you, for example, already have a Solar system installed and want to add batteries to it, we have the perfect solution.