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Solar and Energy Storage Installations

The Process

1. Discovery

We'll begin with a discovery conversation, either by phone or email. During this chat, we'll ask you a few key questions to better understand your needs, such as: 'What motivates you to go solar?' 'Where would you like the array installed?' 'Are there any shading concerns?' and 'What budget are you working with?' Ect.

Then if we decide together to move forward we'll set up a date and time for a site visit.

2. Site Visit

The purpose of the site visit is to take measurements and identify any obstacles that could impact the design. We may use a Solar Pathfinder, a tool that helps us determine the most economical and efficient location for your photovoltaic array. We'll also take a look at your electrical panel to see if there are any changes that might be needed and the type of breaker/s needed. After we've gathered all the necessary data and addressed any questions or concerns, we'll move on to Step 3.

3. Design

During the design process we take the data we've collected from the site visit and build out the array. We'll decide on the types of panels that best fit the location, the type of inverter/s that most economically and efficiently invert power to the grid and the type of racking system we'll use to mount the panels.

4. Proposal

After the design we'll build out a proposal, it will include the following:

Full PV Report: Expected Output, Sun Paths, Shading ect.
Material List: proposed panels, racking and inverter/s
Price: Job cost based on scope complexity, permits, time and materials

We'll email you the proposal and follow up to answer any questions or address any concerns. Once you're satisfied with the proposal, given your approval and made the deposit (usually around 50%), we'll move on to Step 5.

5. Permit Application

Wire-it will initiate a Grid-Tie application with BC Hydro or the appropriate grid power authority. We’ll also apply for an Electrical Permit with Technical Safety BC or the relevant safety authority in your service area. Once these approvals are secured and materials are ordered, we’ll schedule your installation date.

6. Solar and/or Battery Installation

These projects typically require a team of two to three installers and can take anywhere from a couple days to a couple of weeks to complete, depending on the size and scope. If we're working on your roof, we'll implement safety measures like fall arrest systems. For ground-mounted systems, we'll likely need to install foundations, which will require a 'call before you dig.'

Both types of systems are usually installed quickly, and we're confident you'll be impressed by our speed, efficiency, and the cleanliness of our job site.

6. Final inspection and Customer Orientation

At this point the array has been installed, monitoring system installed and all that is left is to flip on the breaker enter the needed data into the monititoring systems software. Once that is done we'll show you the features of your system and how to navigate the monitoring application.

7. Congratulations You're Making Power!

Get In Touch!

"Bryn and Mark have been monumental in the development of our property. Everything from simple troubleshooting to complete residential wiring start to finish including a solar array, which evidently powers our property for 7 months out of every calendar year. I can always count on Wire-it to respond and have feedback within the day of reaching out, and more often than not the task will be completed by end of day. The work they provide is the highest standard and they choose to work with top tier products to ensure long lasting services. I absolutely recommend Wire-It for any of your electrical needs." Adrian M.

Solar Pricing

Factors That Drive Price Up

Ground Mount Systems: These systems usually have a higher initial installation cost but are often designed for better efficiency and faster payback
Roof Age: If you have an older ashphalt roof (10 + years) often it will need to be replaced before we can attach a mounting system
Types of Equipment: The more efficient the panel usually the more upfront investment.
Energy Storage: Battery banks are often a larger investment if you want to use a battery with lithium it can be between $600-$950/kWh
Installation Complexity: Roofs with unusual shapes, steep pitches, or obstructions like chimneys can complicate the installation process, leading to higher labor costs.
Inflation: While the cost of panels is dropping, inflation has driven up the cost of living, fuel, and labour.

Factors That Drive Price Down

Incentives and Rebates: Government incentives, tax credits, and rebates can significantly lower the upfront cost of solar installations.
Falling Equipment Prices: The cost of solar panels and related equipment has been steadily decreasing due to advancements in technology and increased production.
Economies of Scale: Larger projects or bulk purchases of solar equipment can lead to lower per-unit costs, reducing the overall expense.
Simpler Installation: Homes with straightforward roofs (no shading, flat, or south-facing) require less labor and fewer customizations, lowering installation costs.
Long-Term Savings: Solar systems reduce electricity bills, and the long-term savings can outweigh the initial investment, especially with rising energy costs.