WholeAustin · Austin metro · Energy
The complete Austin guide to energy — the local businesses and the firms that shape the market, each read for how findable it is online, alongside the concepts, the news and the questions that define the field. Own one? See where you stand and exactly what to improve.
1 Austin energy businesses we could find no website for — each one invisible to everyone searching online right now. Listed as opportunity, never scored. Is one of these yours? Get online →
The firms, funds and institutions that set the terms in energy — context, not local listings; never scored.
How the only major US grid that is essentially an island actually works — nodal pricing, the absence of a capacity market, scarcity pricing and ORDC, the seasonal assessments, and why a Texas load or generator faces economics no other region does. The highest-intent pillar for any Texas energy buyer.
Site control, resource assessment, interconnection, tracker vs fixed-tilt, module and inverter selection, EPC contracting, and the economics that decide whether a project reaches FID. Includes solar-plus-storage hybrids, which now dominate new Texas queue entries.
Onshore wind siting and capacity factor, the CREZ transmission legacy that made West Texas wind possible, repowering older fleets with longer blades and better controls, and the separate offshore permitting and supply chain. Wind is a mature asset class sold on O&M and life extension more than new build.
Project development, revenue stacking across energy arbitrage and ancillary services, four-hour vs longer duration, augmentation and warranty terms, safety and fire codes, and interconnection as a standalone or co-located resource. Texas is the fastest-growing BESS market in the country.
Exploration, leasing, drilling and completion, reservoir and decline analysis, and operating economics across the Permian, Eagle Ford, Haynesville and Bakken. Content here serves operators, non-op working-interest owners, mineral and royalty owners and the service firms selling into them.
Gathering, processing, fractionation, long-haul transmission, storage and export. Take-or-pay contracting, tariff structures, basis differentials between hubs, and the Gulf Coast LNG buildout that increasingly sets the marginal price of US natural gas.
Rigs, pressure pumping, wireline, coiled tubing, artificial lift, chemicals and equipment rental. A brutally cyclical, relationship-driven market where day rates, frac spread counts and rig counts are the leading indicators every buyer watches.
Regulated utilities, municipal and cooperative utilities, and — in deregulated Texas — retail electricity providers competing on plan structure. Rate cases, tariffs, time-of-use and demand charges, and the transmission and distribution charges every Texas bill carries regardless of who sells the electrons.
Queue reform, study phases, network upgrade cost allocation, and the transmission and siting bottlenecks that now decide project timelines more than technology or capital does. The single most common reason a good project dies.
The federal credit stack (ITC, PTC, 45X, domestic content and energy-community adders), transferability and tax-equity structures, state-level programs, and the policy uncertainty that makes safe-harbor timing a board-level question.
PPAs, virtual PPAs, retail contracts, block-and-index structures, hedging, basis risk, and 24/7 carbon-free matching. Written for the CFO and procurement side of a commercial or industrial buyer, not for a developer.
How AI and hyperscale computing changed the load forecast, what a large-load interconnection request actually involves, controllable-load commitments, behind-the-meter and bring-your-own-generation options, and the cost-allocation fight over who pays for the grid they need.
Programs that pay load and distributed assets to move or shed — ERS and RRS in ERCOT, commercial curtailment programs, aggregated residential batteries and smart thermostats, and the metering, telemetry and aggregation rules that make them qualify.
The homeowner-facing channel — sizing, proposal and design tools, net metering and buyback plan economics, financing and lease vs loan vs cash, permitting and utility interconnection, and battery backup for outage resilience. Highest-volume, lowest-ticket segment in the vertical.
Existing nuclear fleet uprates and life extension, small modular reactors, advanced geothermal, and the renewed interest in firm, dispatchable, low-carbon generation driven directly by data-center power demand and resource-adequacy anxiety.
Land and lease management, production accounting, reserves and economics, SCADA and historians, grid analytics and forecasting, solar design and proposal tools, and DER management platforms. The layer where an energy marketing engine has the most technical buyers reading.
an energy-only market on its own interconnection with limited ties to neighbours; explain that no capacity payment is the design choice behind most Texas reliability debates
prices set at thousands of settlement points reflecting energy, losses and congestion; explain why the same megawatt is worth different amounts in different places
describe the reserve products ERCOT procures to keep frequency, and that batteries compete directly for them
explain the study stages and be blunt that queue volume is a demand signal, not a forecast — most of what is in it will never be built
physical delivery versus a financial contract for difference plus certificates; explain the accounting and basis consequences of each
the gap between the settlement point where the project earns and the hub where the contract prices; use West Texas congestion as the concrete example
actual output over nameplate over time; explain that it is a resource and site characteristic, not a quality score
define it and then name the omissions that matter — timing of output, firming, transmission and integration cost
distinguish economic from congestion and reliability curtailment, and explain how PPA structures allocate the loss
explain duration as a revenue and market-product choice, and that longer durations are appearing as ancillary revenue compresses
aggregated distributed batteries, thermostats and generators dispatched as one resource; explain who signs the homeowner and who gets paid
weatherization standards, inspections and penalties for generators, with slower progress on the gas supply chain that failed alongside the power fleet
developers can sell credits for cash instead of assembling tax equity, which brought in corporate buyers who were never in this market; cite the IRS elective pay and transferability guidance
who pays costs and who only receives revenue; explain how that difference shows up on a check stub and a tax return
explain the study sequence and that network upgrades and equipment lead times set the date; give the stages, never a duration
explain that costs are discovered late in the study process and are assigned to the interconnecting party, which is why withdrawal rates are high
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