Why Go Solar? Nexus Green’s Reasons to Go Solar
As solar panel prices continue to drop and become an accessible resource, it is important for people to consider the switch to solar energy.
Uses of Solar Energy in Agriculture
In its blossoming stages, solar energy was primarily used to supply electric energy to homes and offices that were far from a power grid. Over time, solar energy has found its way into other sectors and applications. As a renewable energy source, there is no fear of its depletion, unlike fossil-fuelled energy such as coal, gas, and petroleum.
Transitioning from non-renewable sources of energy to renewable ones has opened the door to a myriad of possibilities. It has also increased the demand for solar panel installations making the cost less prohibitive.
Solar energy has made significant inroads into daily living, agriculture, and transportation. While solar energy has focused on supplying electricity for space heating and lighting, it has expanded to include solar drying, solar cooling and refrigeration, and cooking.
Rural areas depend on agriculture and need to access renewable sources of energy to make a sustainable living. Agricultural processing such as irrigation, poultry lighting, and pest control do not require high energy output and solar photovoltaic cells are a proven choice as an energy source.
Since farming and agriculture consume a large amount of electricity for irrigation, ploughing, greenhouses, heating and cooling of buildings that house livestock, and dairy operations, utility bills can drain the budget. But, with solar power, while the upfront cost may be high, farmers will benefit in the long term.
Some of the areas in which the agricultural industry can benefit include solar drying, pumping water, and refrigeration for food preservation.
How Does Community Solar Work?
Community Solar is shattering the way people think about accessing renewable energy. As its popularity expands and more homes and businesses become eligible to leverage renewable energy to save money, education an ever-important part of the community engagement process.
Community solar is exciting, affordable and accessible to anyone who pays an electric bill. We’ve chatted with thousands of folks from all walks of life, and they all have the same question: How does it work?
First Things First: The Physical Structure
Before we dive into some of the more nuanced details of community solar, let’s get the foundation out of the way, what is a community solar farm?
Solar farms are large aggregated projects where multiple homes and businesses own shares of a larger solar project. Developers across the country are building farms as small as 350kW, and as large as 150+MW. As a rule of thumb, 1MW services about 160 homes. A typical 5MW site can power more than 800 homes or businesses!
These solar projects are developed and built in areas with an ideal solar resource that will produce north of 1200kWh per kW, or at about 93-95% of the total solar resource available in that location. Compared to some on-site systems, community solar can be 10-15% more efficient than a roof-mounted solar system, helping you get more bang for your buck.
A solar farm is developed in a location, and its solar power is aggregated on one “host meter” that helps the developer and the utility keep track of the farm’s production. This meter is then connected to the grid, just like any power plant. You own a share of this total power production and get credit for whatever percentage of the farm you own.
Modern Digital Energy: Remote Net Metering
We can hear you thinking…”So, off-site solar power plant. That makes sense. But how can they guarantee I’m getting the power my panels produce on that farm?”
Before we explain how this all works, we’ll ask you one favour: Forget about the electron.
Short of running a dedicated wire from the farm to your doorstep, there is no way to guarantee that any given electron you are using at your home came from your solar farm. It’s physically impossible. Lucky for you, that doesn’t matter.
Deriving value from a solar farm is all possible because of one concept; Remote Net Metering.
The Bottom Line: Your Monthly Expenses
The bottom line is this; Community Solar is a cost-effective, flexible way to use solar power to eliminate your electricity bills. Using remote-net metering is a slightly different method of deploying solar, but when a customer cannot go solar on their property, the overall financial returns associated with owning a share of a solar farm are incredibly compelling.
Why do you need renewable energy for your home?
Choosing renewable energy sources for your home electricity and heating is a great way to reduce your carbon footprint, make your home more sustainable, and potentially lower your energy costs.