In Texas, electricity is deregulated, which means distribution-level energy supply companies can compete in the open market to offer residential and commercial contracts. Texans are now accustomed to shopping around for new electric rates every six to twelve months or so to choose who will deliver power and select a contract that works for them.
While deregulation has initially led to lower electricity prices in the state, it comes with some issues of complexity and transparency. These issues may be negatively impacting the long-term outlook for reasonably-priced and reliable electricity for Texans in the long term.
Complexity
Electricity rates are “decoupled” in Texas, meaning generation from power plants and transmission from the grid are two separate costs on a utility bill from separate companies. In the Texas deregulated market, customers have choice over who provides the generation, but not the transmission. Customers choose their electric rate packages from Retail Electric Providers (REPs).
REPs offer contracts to Texans in a fashion very similar to a cable contract, where there is often a “teaser” electric rate that starts the customer off at a low, attractive rate, and then increases sharply months later. Typically, a customer signs a contract that ranges between six months to three years. There are often cancellation fees exceeding $250, so it can be costly to change providers when that teaser rate period ends.
There are also a lot of complexities hidden in the fine print of these contracts. For example, shopping for an electric rate contract in Dallas, Texas, at the time of writing, the “lowest” available contract on Choose Texas Power, a rate shopping platform, is from REP Frontier Utilities. The rate is listed at $.0132/kWh at 1000 kWh.
However, the fine print of the contract reveals that the first 500 kWh used each month, a significant portion of a home’s monthly usage, is charged nearly double that posted rate at an average of $0.236/kWh. The next 500 kWh are charged an average $.132/kWh, and any usage exceeding 2000kWh is charged an average of $.181/kWh.
The true charge, looking over the standardized Electricity Facts Label, is $0.19/kWh, or 44% higher than the advertised sticker price. Plus, there is a $200 cancellation fee, and additional charges from utility TDU of $.038/kWh, and a $3.47 fixed delivery charge.
This example is representative of many in the Texas energy supplier market, and it creates a real opportunity cost for residents. The time spent sifting through the fine print of these contracts to save on monthly bills is valuable time lost.
Predatory contracts
The deregulated market also opens the door for predatory contracts to be signed, which disproportionately affect low-income community members. Currently, Massachusetts is proposing legislation to eliminate competitive electric suppliers, citing problems with predatory contracts.
This problem was highlighted by the Winter Storm Uri in February 2021, which caused massive spikes in unexpected electricity demand and froze some natural gas peak demand plants. The storm led to widespread shortages, rolling blackouts, and wholesale market prices exploded to the legal cap of $9/kWh for several days. This was a 7,400% increase over the average rate at the time of about 12 cents /kWh.
Some customers who signed predatory contracts were exposed directly to wholesale prices. Following the storm, Chambers County resident Lisa Khoury received a bill from supply company Griddy for $9,340. Her normal bills ranged $200 to $250 a month. Griddy drafted payments from Khoury’s bank several times, pulling $1200 before she blocked further charges from the bank.
Khoury still owed Griddy for the rest of the bill when she decided to enter a class action lawsuit against the company, seeking $1 billion in relief for affected customers.
Prices rising, reliability lowering
David Kinchen, chief operating officer for Energy Ogre, is close to the issue, as his company charges residential customers $10 a month to shop for competitive REP contracts, sifting through the fine print and predatory contracts to find reasonable rates. Kinchen said prices have gone up sharply, nearly doubling since last year.
“The direct correlation is natural gas setting that marginal price unit and causing prices to double,” said Kinchen. “Say we get to an event and we need large amounts of natural gas. We can only pull so much out of production. A lot of that has to come out of storage. As you can imagine, when you get to these very brief periods of high demand, having that sitting there in storage ready to go has a lot of value. When that number’s not sitting there in storage, it has to come out of production.”
As the south and west portions of the US are hit with an early heat wave this June, demand, and therefore prices, are already spiking, at a time where Americans are already dealing with steep inflation and high gas prices. Kinchen said there may be relief in the next eight to ten months, but this is uncertain, as gas prices can be tied to geopolitical events.
Image: PV intel
Reliability is a growing concern, too. Demand hit a seasonal record of 69,150 MW during the winter storm, and the Texas grid did not have enough reserve power to deliver, leading to widespread blackouts.
The problem lies in deregulated markets, as Utility Dive editor Paul Griffin wrote, “The power system in Texas wasn’t really designed to deliver power to customers. It was designed to deliver revenue to the patchwork quilt of companies that choose to participate in its marketplace. Companies that could disappear in a year. Companies that collect bills from customers, but have no obligation to restore downed power lines, because someone else owns them.”
Griffin said this model opens the door for energy producers and suppliers to cut corners, like not winterizing equipment or running proper reliability tests for reserve power.
The winter storm Uri was described as a “tail event,” but extreme weather is becoming increasingly common. At the RE+ conference in San Antonio, Solar Energy Industries Association (SEIA) president and CEO Abigail Ross Hopper said, “The past as a model for the future is not true anymore. One hundred-year storms occur every five years. What is normal? What is baseline?”
The panel Hopper led at RE+ on the ERCOT grid shared that 40,000 power outage events occurred in the US last year. That is a 50% year-over-year increase over 2020. As electrification of homes and vehicles continues, demand will only increase, putting greater strain on the grid and on residents’ wallets.
Solar for clarity
In this web of complexity, residential rooftop solar can offer some clarity to Texas homeowners. Even if the system cannot meet 100% of a home’s energy needs, the demand that is supplied by solar will provide a clear, transparent look ahead for the next 20-25 years of electricity bills. There are no re-negotiations every several months, and on day one a customer is shown the exact amount of what they will pay for their system for the entirety of the contract.
As Kinchen noted, rates have nearly doubled since summer of 2021. Where will ERCOT rates be in 25 years?
Image: PV intel
Historically, people have benefitted from adopting solar early, but savings can vary based on the suitability of the roof, the energy needs of the home, and other factors. Homeowners interested in solar should gather at least three customized quotes that are designed for their needs to understand the opportunity available. EnergySage and SolarReviews’ Solar Calculator can be a good place to begin your research.
As an example, we return to the “lowest” available contract on the REP shopping website from Frontier Utilities. At an average rate of $.19/kWh for 1000kWh, that is $190 per month. Add in the TDU energy charges and the rate is $.228/kWh and a monthly bill of $228. Paid 12 months of the year for 25 years, and the total cost of power would be $68,400.
Based on an average solar irradiance during peak sun hours of 4 kWh/m2/day, this same energy usage of 1000kWh a month would need an 8 kW system to meet its needs. Many locations in Texas receive significantly more sunlight than this example.
According to EnergySage, an 8kW solar system averages $15,925 after incentives in Texas. Financing rates often range from 3% to 7% for an array. Assuming the highest incentive rate of 7%, loan payments would average $112 per month, and the total amount paid over the 25 years would be $33,768.
So, assuming that grid rates stay flat for 25 years, staying with the status quo would cost $68,400, while paying for a solar array that produces the same 1,000 kWh a month would cost $33,768 under highly conservative assumptions.
Image: PV intel
It’s safe to say that electricity rates will continue to follow historical trends and rise in the future, so securing a rate for long-term clarity may be one of the best reasons to install residential solar.
In the next edition of this series, pv magazine will follow up with analysis of solar and battery storage, and how the technologies benefit both homeowners and the grid at large.
Jason O’Leary, Principal Analyst at pv-intel.com, contributed to this article with data analysis and data visualization.
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De-regulated means I can buy electricity from any one I want, including myself, then I can install an off-grid electrical system that includes a gasoline or propane powered generator, a transfer switch, a set of solar panels, charge controllers, lead acid deep cycle marine/RV batteries and pure sine wave inverters and can generate my own power for 18 cents per kilo watt hour for any or all of my needs when costs are averaged over the lifetime of my system. if the utility rates are less than 18 cents per kilo watt hour, I can just use the utility to power my home when it is energized. But when rates are higher than 18 cents per kilo watt hour, I can use my off-grid system weather the grid is energized or not. Using time clocks, set for the times of the day utility rates are highest, usually between 4:00 PM and 9:00 PM, I can run off my own system since at the end of the day my batteries are fully charged and ready to use. Avoiding the 50 cents per kilo watt hour peak rates even gives more value to my off-grid system. Utility Power outages during daylight hours are easy because the solar panels are producing enough power to not only run the home but keep charging the batteries for peak time usage. If the power outage is at night or on a cloudy day, activating the backup generator and transfer switch also powers the home and with battery chargers, replenishes the batteries so the house can still be run during generator re-fueling breaks or when local noise abatement ordinances forbid the running of generators.
The pure sine wave inverters run off of the DC lead Acid Batteries, and they are the primary source of homes electricity. Solar panels, Generators or even the utility are used to charge those primary batteries. Like a hybrid automobile, the batteries are the key to getting better economy. Deep cycle Marine/RV batteries are only 25% the cost of equivalent lithium-ion Power Wall batteries. They last about 6 years before replacing and that means you could buy 4 lead acid replacement systems or run 24 years for the price on one lithium-ion battery system that lasts 12 years. This is how a battery-based system beats out utility priced electricity. LiFePo batteries are also available but cost about 3 times as much as lead acid but will last twice as long so if space is limited, LiFePo based system would be 21 cents per kilo watt hour when averaged over their lifetime.
Before we were all linked up with utilities, like water, Natural Gas, electricity, cable TV and telephones, we were independent. Digging our own wells, doing our own work and self-determination made America Great. Creature comforts, Appliances and electrical based work accessories tied us to the dominating utilities that now control our very existence. With de-regulation, they have gotten greedy and very manipulating. We can break the chains, that hold us to these greedy corporations, with off grid solar and lead acid batteries. WE can become free again. Afterall, we can connect to the SUN with solar power now. No transmission lines required for line-of-sight photons.
This is understandably posted in a pv publication but it is a bunch of truly misleading information from someone who probably has limited experience in the deregulation of electricity in Texas. There are many, but to start only about 85% of Texas is deregulated, and within that many major cities did not deregulate like Austin and San Antonio. In addition, neither did most co-ops and munis. Houston an Dallas are where deregulation really benefitted the consumer.
Dear Sales,
I’m Ken Platt Managing Director/ Logistics manager, Southern California Edison Company. I’m writing to request an FOB quote for the following items:
Solar panels
Solar batteries
Note: Quote FOB prices.
Our payment method is Net 30 days. We would be interested in maintaining a long-lasting relationship with your company. With this in mind, we ask that you give us the best prices.
Please feel free to email us for further clarification.
Looking forward to hearing from you.
Ken Platt
Managing Director/logistic Manager,
Southern California Edison Company,
2244 Walnut Grove Ave., Rosemead, CA 91770
Business Line: (469) 319-4129
logistic@scce-e.com
That is a novel idea. Why don’t the utilities Insall solar panels on all the homes that will let them and then give a discounted electric rate to the homeowners that do allow the utility installation and maintenance of the system. Eliminating the third-party solar leasing company could give utilities more profit and more electricity without the long-distance transmission lines. Utilities could have their own battery banks at the distribution transformers in the neighborhood and give power at night from them for the whole neighborhood eliminating the bypass losses they get now from having too much solar pawer during the day with nowhere to put it.