Charlotte Auto Show

Charlotte Auto Show

The Charlotte Auto Show: Where Automotive Excellence Meets Innovation

Each year, the Charlotte Auto Show takes over the Convention Center in Uptown to showcase a variety of vehicles from top brands in the automotive industry. From November 16-19, ticket holders get a chance to see over 170 vehicles from automakers such as Toyota, Ford, Porsche, Ram, Maserati, Chevorlet, and more! Guests are able to make purchases on vehicles, win designer handbags and heels while raising money for pediatric cancer, and play games for children of all ages. Along with vehicle exhibits, a new tech and sustainability zone will be available for guests to learn more about sustainability for vehicles and homes.

Renu and Sun Services: Pioneering Sustainable Energy Solutions

This year, Renu Energy Solutions and Sun Service Specialists are proud to support the Charlotte Auto Show’s  New Tech and Sustainability Zone. Since both companies focus on providing solar energy, energy products, and services that are sustainable, Renu and Sun Service will demonstrate how solar energy can power your home and electric vehicle. Our displays will showcase some electric vehicle chargers for the home, solar panels, and energy storage units. Along with these components, members of the Renu Crew and Sun Service Squad will be there to answer any questions regarding solar, energy storage, and electric vehicle charging.  

We aim to educate exhibitors on the importance of utilizing solar energy to charge electric vehicles; eliminating the need of fossil fuels to power homes and vehicles. Through graphics and product demonstration, exhibitors will learn how solar energy works step by step. 

 

 

How To Claim Solar Tax Credits

How To Claim Solar Tax Credits

What Are Solar Tax Credits?

When customers decide to invest in solar for their home, one of the perks they receive is the solar tax credit. Ever since The Inflation Reduction Act of 2022 passed, customers get a 30% Federal tax credit for their system, installation costs, and energy storage units that are paired with the solar system. South Carolina customers receive an additional 25% State tax credit, making the total tax credit for their system 55%.

For example, if a customer receives a tax credit for $5,000 for their system, their Federal income taxes are reduced by $5,000. Let’s say this customer owes the IRS $2,500. The solar tax credit would be used dollar for dollar to bring the balance the customer owes to $0, and then the customer would carry forward the remaining $2,500 to the following year. Customers have 10 years to utilize the full amount. 

Criteria For Claiming Tax Credits 

Customers can claim solar tax credits by meeting the following criteria: 

They were the ones who used the system for the first time. (Excludes people moving into a house that has a system already installed)

They are the homeowner where the solar system is installed

The solar system was installed after January 1, 2017

Speak with a tax professional to ensure you meet all of the criteria to claim the solar tax credit.

What Duke Energy’s Changes Mean For Newer Solar Systems

What Duke Energy’s Changes Mean For Newer Solar Systems

Overview

When Duke Energy North Carolina approved changes to their net metering policy back in March 2023, potential solar energy customers had a limited time to decide on a system before the changes kicked in on October 1, 2023. Once these customers signed a contract, they were able to apply for interconnection with Duke Energy North Carolina’s 1:1 legacy net metering program. Today, new customers receive the option of a modified net metering program called time-of-use (TOU) or enter a bridge NEM program. 

TOU

With time-of-use net metering, Duke Energy North Carolina rates are based on the demand of energy at specific times. Peak energy rates are determined based on what time of day it is, what day it is, and what time of year it is. For example, energy rates may be higher in the summer during evening hours when people are getting home from work. Prices customers pay changes as demand for energy changes. Solar paired with a battery is an excellent combination to take advantage of time-of-use rates, allowing for charging at less expensive rates and discharging at the more expensive rates. TOU won’t entirely take over until January 1, 2027. In the meantime, new solar customers receive a Bridge Rate net metering program.

Bridge Rate

Duke Energy North Carolina’s Bridge Rate is available for new customers for a 5 year duration until January 1, 2027. This rate allows customers to opt in for a hybrid net metering program that mixes aspects of the legacy net metering rate and the TOU rate. Now, new customers won’t immediately receive credits based on time-of-use, however, they are able to ease their way into the change for the next 5 years. 

Since the legacy net metering program is a part of the Bridge Rate, new customers receive 1:1 credits for their energy sent back to the grid, and those credits are applied to the customers utility bill. These credits help customers save on their utility bill by applying the credits towards new energy charges.

Lower Prices

Ever since the early 2010’s the median customer price dispersion overtime has decreased for a solar system. The graph from EnergySage below shows the median quoted prices a typical customer sees $/watt on a solar energy system. As the graph shows, there has been a significant decrease in price dispersion since 2014. With the supply of solar components being at a high for 2023, price dispersion is expected to decrease, meaning less expensive solar systems for new customers.

Image courtesy of EnergySage

Conclusion

As the sun sets for 1:1 net metering in North Carolina, customers now receive a Bridge Rate for 5 years before fully committing to time-of-use net metering. Now that Duke Energy North Carolina will start adjusting rates for peak hours, energy independence is more enticing than ever. Potential customers can expect a less expensive $/watt cost since component supplies are up. Of course we can’t predict policy changes for utility companies, but what we can do is lock in rates before they change again.

What Duke Energy’s Changes Mean For Older Solar Systems

What Duke Energy’s Changes Mean For Older Solar Systems

Overview

Back in March 2023, Duke Energy North Carolina approved changes in their net metering policy that came into full effect on October 1, 2023. Now that the day has come, new solar energy customers will receive with time-of-use rates rather than the 1:1 net metering rate that was previously in place. We know what these changes mean for new customers, but let’s dive into what Duke Energy’s changes mean for older solar systems. 

Impact For Older Systems

Customers who previously invested in solar energy for the home are included in the 1:1 legacy net metering program. With 1:1 net metering, customers receive an equal credit for each kWh (kilowatt-hour) that is sent back to the grid. For example, a customer who needs to pay $150 worth of energy costs can use $100 worth of their credits that they earned so they only have to pay $50 out of pocket for that month. These credits can only be applied to customers’ Duke Energy bills. Legacy net metering will allow customers to roll over credits month to month for 1 calendar year at a time until 2027.

In total, the legacy net metering program will be in place for older customers for 15 years since the date of their installation. Once the 15 years pass, customers will transition into a modified “Bridge Rate” net metering program. This net metering program will still give customers a 1:1 rate for the energy sent back to the grid, but credits can not be rolled over into future months like before. 

Conclusion

Homeowners who invested in solar energy before October 1st, 2023 are locked in to a very attractive net metering program for solar. With 1:1 net metering, customers aren’t being charged a premium for energy being used at peak hours like time-of-use customers will face. These customers can have comfort knowing that they are getting the most savings out of their systems. 

 

Solar Sustainability: A Going Off-Grid Case Study

Solar Sustainability: A Going Off-Grid Case Study

Solar Sustainability: A Going Off-Grid Case Study

September 2023

Baker Dewey

When SPAN sent one of our customers a video of a family going off grid for 48 hours, they saw this as a challenge they wanted to take part in. Our customer decided to put their system to the ultimate test, and in their words, “rough it “ for the two days.

System Capacity (kW)

Production Capacity (kWh)

Days Off Grid

About The System

The system is a 23.36 kW system with an estimated production capacity of 31,026 kWh located in South Carolina. There are 64 REC REC365AA Black panels that are connected to two SolarEdge Single Phase Inverters. Along with the PV solar system, the Kelly’s also invested in two Tesla Powerwalls and a SPAN Panel.

Off Grid Performance

This system was not built to function continuously off grid, but the combination of two inverters, two Powerwalls, and the SPAN panel made living off grid a temporary possibility. Once the power was turned off at the main disconnect, the customer’s family continued to use appliances in the home as if they were connected to the grid. At this time, both Powerwalls were charged at 100%. 

Initial Findings

Our customer took a close look at his system with the SPAN app to keep track of the system off the grid. Some of the first things they noticed were: 

  • Solar production stopped since the Powerwalls were at 100% charge
  • The Tesla Gateway turned off inverters
  • Solar production turned on once the Powerwalls dropped to 85%
  • Solar production stops once the Powerwalls are charged to 98% 

Our customer learned that each Powerwall is capable of using and storing 5kW of continuous power. So two Powerwalls plus the solar production equates to 17kW system capacity  for the home since the grid isn’t there to offset extra energy produced. This means the home can use 17kW while solar production is on and 10kW when solar production is off.

Challenges and Solutions

Running this system off grid was made possible thanks to load sharing with the SPAN panel and the Powerwalls, but there were still some challenges to keep life off grid going. Main challenges for going offgrid include power management and energy usage. Some challenges this customer faced include:

  • Challenge: The customer’s family over-pulled from the Powerwalls (over 10kW continuous power) while making dinner, running both A/C units, and the microwave.
  • Solution: One of the A/C units was moved to non-essential in the SPAN app, then the other was moved for bedtime. 
  • Challenge: Both Powerwalls weren’t charging when the system was disconnected from the grid. The inverters were sending too much power, so the Gateway shut off both inverters to prevent overpowering the Powerwalls.

  • Solution: Only one inverter was used so there wasn’t too much power being sent to the Powerwalls. Heavy electrical loads were also engaged to prevent overpowering the Powerwalls. 

Conclusion

Eight days, nine hours, and 22 minutes later, our customer reconnected their system to the grid. Our customer never intended on continuing this challenge for over eight days, but figuring out how to use the SPAN panel with the Powerwalls to manage off grid power usage encouraged our customer to tough it out even on cloudy days. The biggest challenge our customer faced was maintaining solar production without sending too much power to the Powerwalls. By moving appliances to ‘non-essential’, using heavy electrical loads, and shutting off one inverter, our customer was able to maintain power while charging both Powerwalls. In total, the SPAN app showed the home was powered by 59% solar and 41% Powerwalls. Even though this customer’s system wasn’t installed for offgrid life, our customer was pleased to find that the system was able to support off grid life in the event of an outage.

System Specs

REC365AA Black Panels

SolarEdge Single Phase Inverters

Tesla Powerwalls

SPAN Panel

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Why Renu

Our customers have received millions of dollars in federal and state tax incentives over the years of Renu’s operation.

With so many incentives to save money on your solar installation, contact us today to see how much you could save with solar!

Renu has installed over 5,000 solar systems since 2010, and is an expert in the solar industry. Specializing in industry leading customer service, Renu is. a turn-key company. Whether you’re just beginning to research your solar options or you’re ready to install a system tomorrow, Renu will be your smart. reliable. solar partner from the first phone call to installation and system energization.

Get Started on Your Solar Journey...

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By submitting this form, you authorize Renu Energy Solutions to contact you via email, phone or text messages with offers & other information, possibly using automated technology, to the contact information you provided. Message/data rates apply. You may unsubscribe at any time. Please reply "STOP". Text "HELP" for help. Message frequency may vary. Message/data rates may apply. Submission of this form does not authorize the purchase of goods, services, or products. See the privacy policy/Terms and Conditions on the webpage.
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