A house in South Central Texas can now do something that would have sounded peculiar when the local electric cooperative began: it can behave like a tiny power station. A battery beside the meter waits through an ordinary afternoon. When demand rises, software can draw on part of that stored energy, reducing the home's pull from the grid or sending available power outward. When a storm cuts service, the same box becomes backup. The member gets resilience; the grid gets flexibility. The organization connecting those interests is GVEC, the Guadalupe Valley Electric Cooperative.
The idea is larger than a battery promotion. GVEC occupies an unusual stretch of the household economy. It delivers electricity, runs fiber and fixed-wireless internet, sells and repairs air conditioners, designs solar arrays, installs batteries, upgrades electrical panels and connects EV chargers. Most utilities meet the customer at the meter. GVEC has spent decades learning what happens on both sides of it.
The gap was the business plan
GVEC began because a market said no. In the 1930s, private power companies had little appetite for the cost of reaching scattered farms around Cost, Texas. Rural residents organized the cooperative on December 2, 1938. A $166,000 Rural Electrification Administration loan followed in April 1939. Eight months after construction started, roughly 150 members in the Monthalia-Bebe area received power.
That origin still explains the company better than a list of services does. The cooperative's recurring move is to find an infrastructure gap, then build through it. Heating and cooling service arrived in 1968 because air conditioning was both a household necessity and a major source of electricity use. Dial-up internet followed in 1998 because rural communities again lacked an adequate connection. Fiber construction began in the next era. Solar installations moved in-house. Batteries and smart thermostats became grid tools.
Local farm families form GVEC, win a federal loan and energize the cooperative's first lines.
AC and heating service gives GVEC a practical way to work on comfort and efficiency inside the home.
GVEC and neighboring cooperatives launch local internet access where commercial options were thin.
SunHub opens, Peak-Time Payback launches and home batteries join the catalog.
Tesla and Base Power partnerships move residential storage into ERCOT programs and a planned 50 MW fleet.
The model has a built-in customer base, but it is not captive in every category. Electric distribution is territorial; residents cannot casually switch the poles and wires serving their address. Broadband, HVAC, solar and electrical work are different. GVEC competes there with cable companies, wireless providers, local tradespeople, national solar firms and generator dealers. Its edge is integration and trust. The same organization that understands the rate structure can inspect the panel, size the air conditioner and reward a thermostat for helping at the exact hours when power is most expensive.
“The utility becomes the integrator: equipment, incentives and grid operations can finally speak the same language.”YesPress analysis
Six services, one household system
GVEC's service catalog reads less like diversification for its own sake than a map of household energy flow. Electricity enters. An HVAC system consumes much of it. Solar can produce some locally. A battery shifts its timing. An electrician safely connects the equipment. Broadband carries the data and controls. This is the part competitors would struggle to copy: not any single product, but the coordination among them.
uses power
stores energy
supports ERCOT
A power plant made of spare capacity
The clearest expression of the strategy is the Base Power partnership. A 2025 pilot placed utility-managed batteries in Lennar communities. GVEC could dispatch available capacity through Base software to lower energy and transmission costs, while homeowners retained outage backup and an app showing system activity. After the pilot reached 2 MW and qualified for ERCOT's Aggregated Distributed Energy Resource program, the partners announced a service-territory expansion in April 2026 targeting 50 MW.
For qualifying members, the offer is a 25 kWh whole-home battery for $295 upfront, including installation and lifetime maintenance under the program. The surprising price is not charity. The battery earns value by doing grid work. In effect, Base finances hardware against future grid services, GVEC gains a flexible resource without building a conventional plant, and the household receives automatic backup at a fraction of the usual upfront cost. The tradeoff is that the battery is managed as part of a fleet, not simply as a private appliance.
GVEC is also working with Tesla and Enphase. It became the first Texas utility to participate with Tesla as a utility-scale virtual power plant resource in ERCOT's ADER pilot in 2025. By July 2026, the cooperative reported more than 1,500 enrolled batteries providing over 13 MW of flexible capacity. It had invested more than $1.16 million in battery rebates since 2025.
Thermostats supply the less glamorous version of the same idea. More than 3,200 members participate in Peak-Time Payback, allowing brief automated adjustments during high-demand periods. GVEC said those participants received more than $188,000 in bill credits for 2025. No individual thermostat rescues the Texas grid. Thousands acting together can soften the handful of intervals that shape future transmission costs.
The small businesses make the big one smarter
The financials keep the story in proportion. GVEC reported $344.6 million in 2025 operating revenue and $25.7 million in net income. Electric generation and transmission accounted for 55.6 percent of sales; distribution and other electric activity added 32.7 percent. Internet supplied 7.5 percent, and beyond-the-meter services just 4.2 percent. The poles and wires remain the center of gravity.
Yet the smaller lines may carry disproportionate strategic value. In 2025, virtual power plants saved GVEC $3.1 million in generation and transmission expense. An efficient replacement air conditioner can lower peak load for years. Fiber makes managed devices more useful. An electrician closes the last few feet between a grid program and a customer's panel. Revenue is only one way to measure an adjacent service.
The cooperative structure changes where the gains go. GVEC's electric operation has no outside shareholders waiting for a dividend. When revenues exceed expenses, the board can reinvest margins in the system or retire capital credits to eligible members. In July 2026, GVEC announced a $12 million retirement for current and former members. Active eligible members received bill credits; inactive eligible members were mailed checks. It is not a guaranteed rebate, and the board decides when finances allow, but the mechanism makes ownership visible.
A civic institution with bucket trucks
GVEC also behaves like a regional development agency. Its electric territory covers 13 counties, with offices in Gonzales, Cuero, La Vernia, Schertz and Seguin. It works with developers and large industrial accounts, offers community rooms and supports schools. The Power Up program turns voluntary bill round-ups into grants for fire departments, parks, medical equipment, classrooms and other local projects. By early 2026, it had awarded more than $4.6 million across 283 projects.
This civic role is not decorative. A rural utility depends on the places around it remaining viable. Better broadband helps schools and employers. Reliable power attracts industry. A volunteer fire department with functioning equipment protects the same communities where GVEC employees live. The company's published values are plain-spoken: do what is right, work together, strengthen the community, work safely and manage resources wisely. Roughly 280 employees turn those phrases into line work, call-center shifts, engineering studies and home installations.
“Individual choices adding up to a meaningful collective impact.”Darren Schauer, GVEC general manager and CEO
Where GVEC fits now
GVEC sits between several familiar market categories without fitting neatly into one. It is a regulated local wires company, a member-owned retailer of essential service, a broadband operator, a home-services business and an increasingly sophisticated distributed-energy coordinator. It buys most of its power from a portfolio of suppliers but owns transmission infrastructure and the two-megawatt SunHub community-solar site. A Shell Energy contract that began in 2024 added renewable supply primarily from the Fighting Jays Solar Farm.
The result is not a technology company disguised as a co-op. It is an infrastructure company learning to use technology selectively. Batteries matter because they can reduce costs and preserve reliability. Smart thermostats matter because Texas summer peaks are expensive. Solar matters in rooftop, community and utility-scale forms because different customers have different budgets and roofs. The tests are operational and economic, not fashionable.
There are risks. Coordinating thousands of devices is more complex than maintaining a single generator. Partnerships introduce reliance on vendors and software. A household offered an unusually cheap battery needs to understand the operating agreement, backup reserve and eligibility rules. Meanwhile, GVEC must keep doing the unromantic work: replace poles, clear rights-of-way, defend networks, answer outage calls and finance growth in one of the country's fastest-changing power markets.
Still, the company's path has a satisfying symmetry. In 1938, scattered households became powerful enough to build infrastructure by acting together. In 2026, scattered household batteries are becoming powerful enough to function as infrastructure by acting together. The hardware is new. The organizing principle is not.
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