Traditional vs Hybrid Solar Systems in Newton, Massachusetts: Which Should You Choose?

Traditional

Gone are the days when solar system installation was only a trend. Today, they have become a necessity for property owners in Massachusetts. The rising energy costs & the state’s push for sustainable development contribute to why solar energy is the go-to solution today.

Today, you have two options when it comes to installing a solar energy system for your property. They are:

The burning question is: which of these options is perfect for your property? Read on to discover how to choose between hybrid and traditional solar systems today.

What You Should Know About Traditional Solar Systems

When we say “traditional solar systems,” we simply refer to grid-tied systems. This means your system will connect directly to the local utility grid.

Below is a brief explanation of how this grid-tied system works:

  • It involves installing solar panels. However, these panels will only produce electricity during the day.
  • Through net metering, you can export excess power generated by the panels back to the utility grid. Doing this means you have to comply with net metering policies.
  • When your solar production is low (usually at night), your property gets electricity directly from the grid.

This solar system option has its strengths and weaknesses, which include:

Pros

One good thing about the traditional solar option is that it comes with lower upfront costs. You don’t have to pay extra fees for batteries, which makes installation cheap. Furthermore, this approach is tested and approved to be effective for rooftop and canopy solar.

Cons

One of the limitations of this approach is that outages may occur. When this happens, the traditional system shuts off, leaving you without power. Furthermore, this option comes with no energy storage. This means you only rely on the grid for backup. This not only exposes you to power outages. Additionally, it leaves you exposed to increases in future electricity rates.

Hybrid Solar System in Newton, Massachusetts is Different: Here’s Why

Unlike traditional solar, a hybrid solar system involves using a combination of solar panels and on-site batteries. The big difference: this approach allows you to store excess solar power for use anytime, especially during grid outages.

Pros

  • One good thing about this option is that it gives energy independence. The batteries allow you to continue enjoying electricity even during blackouts.
  • Utility rates usually go up during evening peak hours. By storing your extra solar energy in batteries, you can easily maximize savings.
  • Like traditional solar, fully off-grid hybrid solar systems in Newton, Massachusetts qualify for net metering benefits. The key advantage, however, is the added flexibility of using stored power from batteries (not the grid).

Factors to Consider

When choosing between a hybrid and traditional solar system, you need to consider the following factors:

  • Your budget: Installing a hybrid solar energy system requires investing in batteries. This adds to your expenses. However, with the right incentives, this should never be a problem. Experts at Plankton Energy can help you get the right incentives to offset most of the extra budget.
  • Your space is another important factor you should consider. For a hybrid solar system in Newton, Massachusetts, you certainly need enough indoor or outdoor space.

Bottom line: We recommend choosing traditional solar if you’re on a tight budget and want the fastest payback period. The same thing goes if your property has limited space for battery installation.

You should opt for a hybrid solar energy system if you run a business that relies on electricity for operations. This option prevents outages during blackouts. If you prioritize sustainability and resilience, a hybrid system is also recommended.

Still struggling to choose between the traditional and hybrid solar system? Speak with experts at Plankton Energy today for professional guidance and cost-effective solar system solutions.

Leave a Reply

Your email address will not be published. Required fields are marked *