Searching for Commercial Solar Panels in Utah?
Any Smart business owner in Utah will be looking for ways to reduce operating costs while improving cash flow by hiring commercial solar contractors. As a commercial solar installer, ES Solar is a leader among commercial solar energy companies in Utah. We help you invest in the future by installing commercial solar panels on your business premises. We offer our services to commercial property owners throughout Utah.
Why solar in Utah?
Solar is rapidly growing as an energy source when compared to other renewable energy sources such as wind and hydropower. Secondly, solar offers a renewable, clean, limitless, and safe energy source. This is why it has become the preferred choice for many businesses in Utah. And that’s not all. Today, solar systems are affordable thanks to state and federal tax credits.
As an installer based in Utah, our goal is to enable you to take advantage of solar power and use it as a way to cut your long-term energy costs. Installing commercial solar panels is also a bold statement of your commitment to social responsibility and sustainable business practices.
One advantage of working with us is that you do not have to figure out your electric schedule needs. We will do this for you. Our state-of-the-art commercial solar panels and systems are designed to consistently supply your power needs on a daily basis. You may choose between a solar energy system that supplements your electricity needs and one that fully covers your operations.
Work with a Trusted Commercial Solar Panel Installer
Are you looking for a reliable commercial solar installer in Utah?
Several aspects make ES Solar stand out among commercial solar contractors. It is important to note that installing commercial solar panels is more complicated than residential installations.
First, we do not make assumptions when it comes to solar installations. Our ES certified technicians will first conduct a structural assessment of the roof area. This helps us determine the dimensions of the panels to install. Next, we design a precise and detailed solar blueprint for your business. We aim to create a dependable, functional, and cost-effective energy source that your business can rely on now and in the future.
That’s the reality of installing a commercial solar panel system. You don’t have to worry about fluctuating electricity rates affecting your monthly operating costs. Your solar energy system will generate and store power from sunlight alone, and no one can place a premium on that.
Stop Looking for Commercial Solar Energy Companies and Call Us
Need a commercial solar installer in Utah?
When working with a commercial solar energy company, be sure to find out who will perform the installations. Customers are often unaware of the fact that many solar installers will often rely on subcontractors for their installations. This means that they outsource the work to third parties once you hire them. There are several qualities that distinguish us from other commercial solar energy companies. At ES Solar we have an in-house team made up of expert technicians who are responsible for installations.
We don’t just FOCUS on commercial solar panels; we establish long-term relationships with our customers. Given that most solar panel systems last for about 20 years, we are committed to walking with you throughout this period. As such, our in-house team is well trained and at hand to address all your needs as they arise. We are proud to be the one-stop-shop for all solar needs in Utah.
We’re dedicated to fine-tuning your installation and making solar power not only a possibility, but a functional, dependable, and affordable energy source for your company.
Commercial Solar Information Hub
Solar electricity helps property owners reduce their energy costs and their environmental impact.
Table of Contents
This page provides information and resources about putting solar on your commercial building, manufacturing facility, apartment building, or condominium.
Use the buttons to the right to navigate to their respective portions of this page.
Considering a smaller/residential solar electric project?
How It Works
Solar electric systems, also known as solar photovoltaics or solar PV, convert sunlight into electrical energy through an array of solar panels that connect to a building’s electrical system or directly to the electrical grid.
As you consider whether solar electricity is right for your building or business, you can familiarize yourself with how the technology works. The U.S. Department of Energy offers a video on the basics of solar.
In a grid-connected solar electric system, a building’s solar panels are connected to the local utility’s electrical grid. The building can continue to get some or all of its electricity from the grid. It can also “export” energy from its PV system to the grid when the PV produces more than the building needs.
Panels are made up of a series of individual solar cells that convert sunlight into direct current (DC) electricity. The higher the intensity of the sunlight striking the panels, the more electricity they produce. Once the electricity is produced, it flows to the inverter.
The inverter converts the direct current (DC) electricity produced by the panels into alternating current (AC) electricity, which is the form that can be used in the building. Inverters include a range of technologies, from central inverters that convert the electricity from many solar panels, to microinverters that are attached to each individual panel in a system. In grid-connected systems, inverters are designed so that if power from the utility goes down, the PV system will shut down, too. a critical safety precaution for utility workers and public safety personnel.
The electrical panel is where electricity enters a building.- from either the solar panels or the utility grid. The electrical panel will automatically draw additional power from the utility when the PV system is unable to meet the building’s electricity demand. If the solar electric system is producing more electricity than needed, the electrical panel will send the excess electricity to the utility grid through a device called a net meter.
Energy Storage (optional)
An energy storage system can provide short-term storage for the power produced by your solar electric system. Several on-site technologies for energy storage, most notably lead acid and lithium ion batteries, are now available as add-ons to a solar installation. Energy storage systems help ensure power reliability during grid outages and can provide opportunities for improved on-site energy management, such as shaving peak demand. Primary factors to consider when evaluating a storage system include price, capacity, voltage, and life cycle
Federal Incentives: Under the Inflation Reduction Act, Commercial Solar systems can now choose in between the Investment Tax Credit (ITC) and Production Tax Credit (PTC). Direct pay options may be available for certain tax-exempt entities, and new transferability possibilities can provide increased flexibility around financing. Adders are also available if the project meets certain criteria. For more details, you may refer to the Inflation Reduction Act: Solar Energy and Energy Storage Provisions Summary provided by the Solar Energy Industries Association (SEIA).
- Investment Tax Credit (ITC): Base ITC of 30% through 2033
- Production Tax Credit (PTC): PTC currently set at 0.026/kWh, adjusted each year for inflation by the IRS
Modified Accelerated Cost Recovery System (MACRS) Business owners can depreciate solar electric systems over a five-year schedule.
Solar Massachusetts Renewable Target (Smart) Program: A production-based incentive that is paid directly by investor-owned utilities in Massachusetts to solar electric system owners. Smart was launched by the Department of Energy Resources (DOER) in conjunction with investor-owned utilities. The selected Solar Program Administrator, CLEAResult, accepts and processes applications. Please see the DOER Smart website and the program administrator’s Smart website for more information and a downloadable calculator to estimate Smart project incentives. To view the Smart Solar Block Status Update, see the Solar Program Administrator log-in page.
Net Metering Allows customers to receive credits on their utility bill for excess generation in any given month. The credits can then be applied during times when the system is not generating electricity. Net metering credit values depend on a number of factors including system size.
Municipal Light Plant Solar Rebate Programs: If you are served by a Municipal Light Plant (MLP), please contact your MLP directly for the most up to date information on incentives and programs.
Cost and Performance
The cost of buying a solar electric system can vary based on system size, location, equipment used and other factors.
The dashboard below can help business or property owners to explore the cost and performance of solar PV systems installed across Massachusetts installed under various state programs (such as Smart and Solar Carve Out). listed below are shown as median values, which may not reflect unique project parameters. Pricing may vary based on project-specific factors, such as site condition or chosen equipment. MassCEC recommends comparing at least three installer quotes to help customers determine their best option.
This dashboard is based on the data included in our Solar PV Systems in MA Report (Excel format). Data about the performance of solar electric systems in Massachusetts can also be downloaded as part of the SREC Capacity Factor Report. (Note: This 54 MB Excel file may be slow to download). The 11-year average net capacity factor for solar PV systems in Massachusetts is 13.05 percent (2010 to 2020).
Energy storage, or batteries, can be a great complementary technology to install with solar PV. The pairing of solar PV system with energy storage is often referred to as solar storage. With recent updates to state policies and incentive programs, combined with the potential electric bill savings and resilience benefits, solar storage has become an increasingly attractive option for commercial property owners in Massachusetts. If you are interested in pursuing energy storage as part of a solar PV project, be sure to discuss your options as part of installer inquires and as you compare installer quotes.
MassCEC is actively involved in advancing energy storage as part of its Net Zero Grid FOCUS.
Business or property owners have many options when it comes to financing the installation of solar electric systems. The more common financing options and their benefits are described below.
Direct purchasing involves buying the solar electric system outright, without the need for a loan or other financing mechanisms. This is typically the least expensive path to solar ownership, and provides the highest return on investment over time. While purchasing a solar electric system has the largest up-front cash requirement, several programs and financial incentives are available to help defray up-front costs.
Many business owners opt to take out a loan to finance a solar electric system purchase. Financing a solar electric installation provides the system owner with many of the benefits of a direct purchase with a lower up-front investment, though interest payments and other fees may apply. In recent years, loans dedicated to solar installations have become popular in Massachusetts.
While loans can be a cost-effective option. loan terms can vary widely. Businesses should be sure to understand all charges and fees before agreeing to terms. In particular, you may want to ask lenders and their representatives about:
- Dealer fees or other closing costs associated with financing
- What happens if payments are missed, particularly for ‘same-as-cash’ financing arrangements
- Whether interest paid is tax deductible
- Whether the lender takes a security interest
Under a solar lease, a property owner agrees to pay a pre-determined monthly bill to a solar company, which installs, owns and operates the solar electric system. The property owner then has access to the electricity generated by the system, lowering the property owner’s monthly utility bill. A solar lease provides the opportunity for a business owner to benefit from solar electricity with little or no up-front cost.
A PPA is similar to a solar lease, in that the solar company will own and operate the system on the property owner’s roof. Rather than a fixed monthly payment, however, the property owner agrees to purchase the electricity generated by the system at an agreed-upon per-kilowatt-hour price, often lower than typical utility rates. Like a solar lease, a PPA allows a business owner to begin saving money immediately, with little or no up-front cost.
When considering a solar lease or PPA. review the contract carefully to understand all terms and conditions. While contractual terms may vary, items to consider are:
- The length of the contract
- Who benefits from incentives like tax credits and solar renewable energy certificates
- Whether there is an option to buy the system at a later date
- The initial electricity price and any applicable price changes over time
- What happens at the end of the contract term
- What happens if you move out of the house or business
The Solar Project Builder. a tool developed with support from the US Department of Energy’s Sunshot Initiative, can help you compare the benefits of different financing options for your project.
Renewable Energy Design Group assists organizations in making a educated decisions to go solar. Our team will visit your location, listen to your ideas, goals, and objectives, and provide you with the best energy solution for your organization. We handle your transition to solar energy from start to finish so you can FOCUS on your business.
Real-Time Performance Monitoring
With SolarEdge monitoring, solar energy users are able to see real-time performance metrics and site energy measurements. Access to this information is crucial for data analysis and solar energy management.
Monitoring solar energy output also provides assurance that your investment in solar energy is paying off. Your organization has a convenient way to track current power and cumulative energy output for the month, year, and lifetime of your solar panel site.
Renewable Energy Design Group Commercial Installation
This 7,320 panel system was installed in Salisbury, North Carolina.
Solar For Business
Any size business can benefit from an installed solar system’s operating cost savings and asset value. It pays for itself in a matter of years. Additional incentives include:
- 30% Federal Tax Credit
- MACRS Accelerated Depreciation
- Maintenance-free energy creation
- Monitoring reports detail production in real time
Check out this Solar Edge Monitoring on Wallace Realty in Salisbury North Carolina.
Solar Energy for Nonprofit Organizations
Financing a solar installation for a not-for-profit organization is a wise investment. Nonprofits may assign federal charitable tax deductions on donations to reduce donors’ federal tax liabilities.
Projects also provide individuals who are otherwise unable to support solar an avenue to invest in the technology and support their chosen organization and community.
Commercial Benefits of Solar Panels
Renewable energy can significantly lower your businesses’s power expenses and protect your company against escalating energy costs. Many businesses, farms, non-profits, congregations, faith groups, and schools are moving to solar energy. Solar panels for your commercial buildings allow you to:
- reduce operating expenses
- lock in your energy costs for years to come
- implement sustainable business practices
- leverage “green” marketing
Solar installations also serve as a visible commitment to sustainable community development and a unique avenue to communicate your organization’s values and beliefs.
Harnessing the Power of the Sun: Mary Alice Warren Community Center Goes Solar
The Town of Lewisville’s Mary Alice Warren Community Center is now running on clean energy from the sun. The 108 solar panels installed on the roof will offset approximately 96% of the building’s energy usage. The 50kW system, installed by local business, Renewable Energy Design Group, includes monitoring that demonstrates the real-time energy production and its environmental benefits. Over the lifetime of the system, the renewable, solar energy will offset 1.4 million pounds of coal and save over 225,000 in electricity bills! Considering the incentives that the Town is receiving, this system will have a payback period under 8 years and a 17% return on investment. The Town of Lewisville and its residents will reap the financial and environmental benefits of this photovoltaic (solar electric) system for the next three decades.
Types Of Commercial Solar Panels
Commercial buildings with large rooftops are well-suited for solar installations because solar requires a decent amount of roof space. A large flat roof provides the structural element to mount the commercial solar panels to and it makes for an easy interconnection into the existing electrical system. And it’s the most cost-effective solution to go solar.
Solar carports provide shaded areas for vehicles to park beneath while also producing energy to offset customers’ electric bills.
A large parcel of land can be an ideal location for a ground-mounted solar system. Ground-mounted systems can be easily maintained as they are readily accessible. Ground mounts can also allow for design flexibility – maximizing solar production.
How a Solar PV System Can Benefit Your San Francisco Bay Area Business
The cost of energy is expected to rise significantly over the next few years. and more businesses are choosing solar energy to reduce energy costs and adopt a greener image.
As San Francisco Bay Area solar installers, we can share with you plenty of great reasons for your company to switch to solar:
- Great return on investment
- Helps control costs and lock in expenses
- Positive for the environment and for a greener image
- Increases the value of your building
- Government incentives can pay up to 60% of your total costs
Demonstrating a Commitment to the Environment
By installing a PV system, your company will be recognized as a green business that contributes to the reduction of harmful greenhouse gases while reducing energy spending. Not only will that reduction in harmful greenhouse gasses and carbon imprint help people across the country, but the savings you see in your energy bill will also help your own bottom line.
As important as helping the environment in any way may be, it’s hard to overstate what switching to solar can do for your business right now. If you think going solar is right for your business, contact our San Francisco Bay Area solar panel installers today to speak with our experienced System Designers and Solar Project Specialists to go over your specific needs and put together a plan that works for you.
Different commercial solar panel installation methods include:
- Ballasted systems: Require fewer roof attachments and are installed more efficiently
- Roof-integrated systems: Minimize solar system weight by integrating into the existing structure of the building
- Carports: Carports are more expensive than roof-mounted systems, but they provide shade for parking spaces and make great use of available property
Solar Panel Installation Reviews
At Cobalt Power Systems our solar installers put you and your business’s best interest first. Our goal is to reduce your energy costs and your carbon footprint. Read our solar panel installer reviews to see why customers choose us when they’re looking for the best solar panel installation companies.
For expert San Francisco Bay Area commercial solar panel installation, contact Cobalt Power Systems Inc. today at (650) 817-7791 !
Free Consultation Every house or business is different, which is why we take the time to create the perfect design for your home or building – entirely free of charge.
System Installation Our San Francisco Bay Area solar experts install your system, making sure everything is done to code and working properly.
Finally, we will perform a check of the system and finalize your solar with the city local utilities so you can start saving money.