Energy Infrastructure Data for Utilities and Service Teams in 2026

Energy service books have to keep up with equipment arriving in the field. EIA’s October 2026 electricity outlook forecasts 2.8% growth in commercial electricity demand in 2027, a sector that includes data centers. On the supply side, EIA reported 8.3 GW of battery storage added during the first half of 2026, bringing U.S. utility-scale nameplate battery capacity to nearly 52 GW. A service territory counted last winter needs another look.

For a utility planner, that means checking which visible installations belong in the asset register. For an engineering, procurement and construction contractor, or EPC, it means separating an announced project from a site with equipment on the ground. A generator service manager needs to know which sites fit and who handles their service contracts.

Asset Search by PorchRocket finds visible energy infrastructure and returns reviewed sites with dated evidence. I would start with one equipment family and one decision deadline. A precise generator territory can put a crew to work; an undifferentiated map of everything electrical leaves the sorting to your sales manager.

Which energy assets belong in the territory inventory?

Start with the equipment your team owns, builds or services, then define whether one record means an individual asset, a site or an entire campus.

A territory search can cover one county or the contiguous United States. The boundary is only half the scope. A transformer service firm and a utility vegetation manager can study the same county and need almost entirely different records. Specify what qualifies before counting anything.

Asset family	What the search looks for above ground	Buyer and decision	Counting unit to agree on
Substations and transformers	Substation yards and visible transformer installations, including pad-mounted equipment	Utility inventory reconciliation; equipment service coverage	Site plus separately identified equipment
Standby generators	Generator installations and associated enclosures	Service manager’s inspection and maintenance prospects	Installation, grouped under its facility
Solar	Visible arrays on land, roofs and other structures	Developer screening; operations and maintenance territory	Site with distinct array areas
Battery storage	Storage installations supported by imagery and site records	EPC project screening; maintenance coverage	Site and separately recorded expansion phase
Vegetation near lines	Visible vegetation within the agreed corridor search area	Utility inspection planning; vegetation contractor scoping	Line segment or inspection location
Tanks and terminals	Above-ground storage tanks, tank farms and terminal footprints	Fuel service territory; tank-service prospecting	Facility plus visible tanks
Data center campuses	Documented campuses with visible power and cooling infrastructure	Large-load site review; generator and cooling service coverage	Campus, building and equipment group

Group a campus under one account, with separate equipment records beneath it. The representative can approach the person responsible for several buildings while the estimator sees each installation that needs scoping. Keep account totals separate from equipment totals.

For utility-owned assets, provide your existing identifiers as a starting point. Ask the review to distinguish matched records from new observations and disputed locations. An observed object outside the register deserves investigation, but ownership is a separate question.

For unfamiliar territories, the aerial asset inventory guide explains the wider search method. Use this energy hub to choose the asset families that belong in your first order. A tight first scope also makes the pilot easier to judge: everyone knows which sites should have been included.

When is Ground Control enough for energy prospecting?

The fastest way to build a standard energy-service prospect list is Ground Control by PorchRocket: choose building size and business type, then filter for visible storage tanks, rooftop HVAC or installed solar. Commercial lists cost $10 to $20 per building, with orders starting at 10 buildings. Delivery is within 48 hours after payment, often sooner. Each property says why it matched, and a wrong match is credited back within 30 days. Owner information and decision-maker research are add-ons. Choose this route when those building features identify the prospects your team wants to approach.

Choose the property filter that identifies a sales opportunity before requesting an equipment investigation. Ground Control lets a service manager select buildings by size and business type, then narrow the list by a visible feature. That suits an outreach campaign where the next step is a conversation about the facility’s maintenance needs. A utility register that needs a reviewed answer for each custom equipment question calls for a different scope.

An energy service team selling rooftop equipment maintenance can start with buildings with visible rooftop HVAC. A solar outreach team can use solar property lists. Keep the order tied to the offered building filters, then qualify equipment specifications through the sales or site-review process.

Choose Asset Search for a mixed generator and transformer inventory, a terminal-specific scope or a campus-by-campus investigation. It also fits assignments requiring all reviewed dispositions and repeat checks against custom rules. The service can return the evidence needed to settle an unusual question across one county or a national territory.

I would use the simplest order that answers the decision. A standard property list should not require a custom research scope. A utility reconciliation project should carry its own acceptance rules and evidence requirements.

Put each find against a business decision

A utility inventory should feed a named planning task, while an energy service list should feed a qualified conversation with the person responsible for that equipment.

Give every requested field a job. If a field will not change which engineer reviews the site or which account the representative calls next, I would leave it out of the first delivery and spend that review time on evidence that settles a disputed match.

Utility planning and inventory reconciliation

Start with a discrepancy. When equipment appears at a location missing from the utility register, keep the observed installation linked to the nearest existing site record and ask the reviewer to determine whether it belongs to that site or needs a separate entry. Preserve the original location during review.

The handoff should say who verifies the finding. A planning engineer might accept a corrected site location, while the asset owner has to confirm equipment identity. Assign those decisions before the file arrives so unresolved records enter someone’s work queue.

Development and EPC screening

Give development staff the observed site stage and the evidence date. Send engineering the remaining question about connection, equipment or access. A nearby substation can justify a utility inquiry; obtaining a serving arrangement requires engineering information that a map does not supply.

Pick the buying milestone. If your EPC scope starts only after equipment arrives, put cleared parcels in a watch list and send the sales team sites with visible installations, keeping the evidence date alongside the project record that identifies the responsible contractor.

Maintenance territory growth

A service manager needs sites that fit the crew’s capabilities and travel limits. Start with a defined offer, such as an initial generator service review or an electrical equipment maintenance discussion. Then establish who buys that work and when the current arrangement is reviewed. These are target accounts your team approaches, not requests for quotes.

For firms pursuing public solar, electrical or facility work, Bid Control by PorchRocket for electrical contractors covers the procurement side. It keeps bid papers and addenda with each public opportunity. Use the asset inventory to understand your territory and the solicitation to determine what the public buyer is purchasing.

Where public energy infrastructure datasets help

EIA and national laboratory datasets provide starting records and documented project information; a custom search adds a reviewed answer to your particular territory question.

Read the dataset’s inclusion rule first. A missing record can reflect its scope, its reporting date or an unresolved match. Treat absence as a reason to investigate rather than an instruction to remove the site from your territory.

For existing plants, the current Form EIA-860 instructions generally require at least 1 MW of total generator nameplate capacity and a grid-connected generator or host facility able to draw power from or deliver power to the grid. Separate provisions address proposed plants and generators in Alaska, Hawaii and Puerto Rico. A standby generator does not have to export power for its host facility to meet the grid-connection condition. Check the reporting scope before treating a missing record as an absent installation.

The form separates plant information from generator information and includes ownership reporting. Keep its plant identifier separate from each equipment record you create. One plant record can cover several generators; it should not become one service prospect per generator when the same manager buys maintenance for the facility.

Solar data needs the same attention. The April 2026 U.S. Large-Scale Solar Photovoltaic Database release includes systems of 1 MW or more across ground-mounted, rooftop, canopy and floating installations. Its documentation also explains the lag between installation and database release. Check the installation type before adding the records to your service territory.

For smaller systems, Berkeley Lab’s 2026 distributed solar and storage dataset covers residential systems, nonresidential rooftop systems and ground-mounted systems up to 5 MW-AC. Use the release’s own definition when estimating a distributed energy market. Combining files without checking overlapping coverage can count the same site twice.

An interconnection queue answers a different question. Berkeley Lab’s Queued Up 2026 edition covers generation requests seeking transmission interconnection. It excludes load requests, distribution-connected projects and behind-the-meter projects. The report also explains that proposed capacity does not necessarily reach operation.

That distinction is particularly relevant to data center research. A generation queue cannot stand in for a large-load customer inventory. Use the appropriate utility or project records for the load question, and keep a visible installation in its own evidence field.

Keep the original status. When a public record says proposed but a later view shows installed equipment, I would retain both pieces of evidence with their dates and ask the reviewer to settle the difference before changing the site’s entry in the working inventory.

Substations, generators and large-load campuses

Build separate equipment and buying-account records for power sites, then use the observed installation to decide which technical question your team should ask first.

For a substation search, define the included facility types with your equipment specialist. Ask for visible facts that settle the initial fit decision and an unresolved classification where the evidence falls short. The substation and transformer location guide goes deeper into that scope.

Specify the service scope first. If your crew only handles a particular equipment class, ask the search to return the visible evidence supporting that classification and identify the equipment schedule or authorized inspection needed to settle the remaining specifications before an estimator spends time pricing the work.

A standby generator inventory should distinguish a visible installation from equipment your technician has qualified for service. Keep the technician’s findings attached to the site record so the representative can see what still needs checking. Agree during scoping how to count a generator row and handle equipment under covers.

For data center campuses, link each building and its visible equipment groups to the campus boundary. Confirm the site’s use through supporting records. A large roof and rows of enclosures alone leave too much room for a classification error.

Separate the landowner from the service buyer. Start with the parcel owner information, then ask the current contact who schedules equipment maintenance and who approves a new provider, recording both answers beside their roles so the proposal reaches the person who can act on it.

I would keep the first outreach narrow: identify the equipment family your crew serves and ask who manages that service scope. Save the inspection plan for the responsible person. The record has done its first job when it gets an informed conversation onto the calendar.

Solar, storage and distributed energy need separate counts

Record solar arrays and battery storage as distinct asset families under the same site when appropriate, with separate evidence and status fields for each.

Otherwise, a combined project can inflate a territory report. One buying account might contain several array areas and a storage installation. A solar maintenance team wants the array scope; a storage service team wants a different equipment discussion. Neither should have to reconstruct that relationship from duplicate addresses.

Use the solar farm location guide for array-focused searches and the battery storage site guide for storage qualification. Agree on whether a proposed expansion creates a new opportunity record or updates an existing account. I would usually keep the same site identifier and add a phase.

Write the status narrowly. An observation can establish that a visible installation was present on the capture date. Obtain commissioning status and operating specifications from project or operator records. Store the date of that confirmation beside the fact so a later reviewer can judge whether to check it again.

Distributed energy searches also need an explicit size and setting rule. A search for commercial rooftop arrays differs from a search for ground-mounted systems serving industrial properties. Include the customer types you want, and identify any installations already covered by your existing service book.

Rank sites against the crew schedule. I would call a smaller installation near an existing service route before a larger site that consumes a separate travel day if the expected margin per crew hour favors the closer account after allowing for the planned number of visits. Record that calculation beside the priority.

Vegetation and fuel assets need a field handoff

Vegetation searches should produce prioritized inspection locations, while tank searches should identify visible installations and the specific records or field checks needed to qualify service.

For vegetation near lines, define the search area with the utility’s own specialists. Supply the relevant line geometry and the observed conditions they want flagged. Ask the delivery to distinguish a visible vegetation concern from a measured clearance finding. That lets the utility assign the right follow-up work.

As of November 2026, NERC’s FAC standards index lists FAC-003-5 as mandatory and subject to enforcement. The FAC-003-5 standard sets applicability and vegetation-management requirements for covered transmission facilities. The utility should apply those requirements to its own lines and inspection program; a general imagery refresh schedule does not establish compliance.

The utility vegetation search guide explains the handoff in more detail. For each segment, attach the evidence date to the remaining inspection question. Have the responsible utility team release any field work.

For tanks and terminals, decide whether the buyer wants facilities, individual visible tanks or both. A service territory organized by facility should still retain the observed tank information underneath it. That makes a later scope review possible without creating another account record.

Confirm fuel type and capacity through site records or a visit when they determine service eligibility. For an equipment service firm, an accepted find might mean a visible tank installation in the agreed territory with an owner record and enough evidence to justify contact. It need not mean the entire maintenance scope has already been priced.

For a standard building list, properties with visible storage tanks are available through Ground Control. Use Asset Search when the assignment concerns terminals, a custom equipment definition or recurring change review.

How often should energy infrastructure be monitored?

Quarterly review is a sensible starting point for a service territory; active construction and event response need a cadence tied to a shorter decision window.

The right interval follows the action. A territory manager updating next quarter’s account plan can work from a scheduled edition. An EPC watching installation progress may need more frequent observation. A utility reviewing a storm-affected area needs an agreed event workflow and an accountable recipient.

Cadence	Decision it can support	Delivery to request	What to establish first
One-time search	Enter a territory or reconcile a defined inventory	Reviewed baseline with every disposition	Territory boundary and acceptance rules
Annual refresh	Revisit a stable account book	Changes since the prior edition	Renewal and planning dates
Quarterly refresh	Assign service territories and new prospects	Added, changed and removed observations	Who owns each follow-up
Monthly or weekly review	Track active development areas	Dated site-stage changes	Which milestone merits action
Near-real-time alerts	Review visible changes after an event or during an installation watch	Before-and-after evidence and a review result	Daily satellite coverage and visibility of the target change

Asset Search supports scheduled refreshes at these intervals and near-real-time alerts where daily satellite coverage exists. Agree on what can be observed in the territory before choosing the subscription. A scheduled review date and a new image capture date are separate fields.

Write the alert rule in terms an estimator or planner can act on. Examples include a newly visible generator row, an expanded equipment area or a previously observed installation no longer visible in a comparable view. Assign a reviewer to settle whether the change opens a service discussion or needs another check.

Keep both observation dates. If equipment appears in the newer view but was absent in the older one, record that interval and let the receiving team compare it with the operator’s installation records before assigning an exact date to the change.

Requirements can change even when the site does not. If your service method expands to another equipment class, Asset Search can re-answer previously searched sites against the new rule, often without waiting for new imagery. The asset monitoring guide covers how to organize successive editions and change alerts.

What belongs in a GIS-ready utility asset file?

An energy asset delivery needs stable identifiers, dated evidence and a reviewed disposition, plus the owner information and next action required by the receiving team.

Asset Search delivers CSV, Excel, GIS-ready files or an import for a CRM or dealer system. Decide the destination during scoping. A map layer for engineering and an account file for sales can describe the same sites while giving each team different working fields.

Field group	Information to retain	Acceptance check
Identity	Site identifier, asset identifier and parent campus when relevant	Refresh editions refer to the same installation
Location	Coordinates, parcel and agreed site geometry	The point identifies the asset or site under the agreed rule
Observed facts	Asset class and evidence supporting the fit decision	Each claimed observation can be traced to a dated view
Ownership	Parcel owner and decision-maker contact where applicable	Unverified operating responsibility remains a separate question
Dates	Image capture, record publication and review dates	A recent review does not disguise an older observation
Disposition	Fits, rejects with reason, or unresolved	Every reviewed candidate has one stated answer
Follow-up	The field check or document needed to settle an unresolved site	The receiving team can assign the task
Edition history	Prior identifier, changed fields and requirement version	The reason for a changed answer is visible

Keep blank values distinct from confirmed absence. If the view cannot settle whether an enclosure contains the requested equipment, an unresolved answer is appropriate. Deleting that row makes it harder to plan the remaining inspection work.

Owner information also needs context. A parcel record gives the team a starting identity. Put a verified equipment operator or buying contact in its own field, with the source and date. Avoid putting the parcel owner’s name into every responsibility column just to fill the spreadsheet.

Test the pilot in GIS. Give an engineer a record with an unresolved equipment question and ask them to locate the site from its coordinates, open the dated view and assign the field check using only the delivered fields and the normal planning workflow. Agree on the coordinate system before delivery.

For sales, give a representative a sample record and ask them to explain the fit before logging the next contact. Require the import to preserve the site identifier. The next refresh should update that account instead of creating another version of it.

What is a qualified energy site worth?

Two signed maintenance accounts in the five-year model below contribute about $39,494 in expected gross profit before the search and sales costs.

Say a two-crew power-equipment service business outside Richmond targets 120 accepted facilities within a 65-mile radius. For the money and time comparisons below, assume each signed account produces $16,840 in annual service revenue at a 31% gross margin, after direct service labor, materials and travel. Each account starts with a full first year of service; 86% renew at each year-end. Use a five-year window with no expansion sales, price increases or discounting.

Annual gross profit per account is $16,840 x 31% = $5,220.40. The expected five-year gross profit is:

$5,220.40 x (1 + 0.86 + 0.86 squared + 0.86 cubed + 0.86 to the fourth power) = $19,747.02 per account, rounded to cents.

This is customer lifetime value over a defined five-year window, expressed as gross profit. The retention factor reduces the contribution from later years instead of assuming every account stays for all five years.

Use a base funnel of 120 sites, 24 conversations, eight scope meetings and two signed accounts. That is a 20% conversation rate, one meeting per three conversations and one signed account per four meetings. About 1.67% of the starting sites become accounts. The table rounds gross profit and value per site to whole dollars; calculations retain the unrounded account value.

Case	Signed accounts from 120 sites	Expected five-year gross profit	Expected gross profit per accepted site
Low	1	$19,747	$165
Base	2	$39,494	$329
High	3	$59,241	$494

Count the sites that never buy. Spreading expected gross profit across all 120 accepted sites gives the buyer a value per find that includes failed outreach and lost proposals, which is the number to compare with acquisition spending when deciding whether to expand the territory.

Budget 42 sales hours at a fully loaded $62 per hour and 14 estimating hours at $88, including pre-award scoping and travel. Campaign labor is (42 x $62) + (14 x $88) = $3,836. Add the quoted search fee to get total acquisition cost, called C here. This model includes no other marketing spending.

For the base case, lead-list ROI is ($39,494.04 minus C) divided by C. Customer acquisition cost, or CAC, is C divided by two accounts. Assuming first-year service revenue and direct costs accrue evenly, monthly gross profit is $5,220.40 divided by 12, or about $435.03 per account. Simple CAC payback in months is CAC divided by ($5,220.40 divided by 12), before allowing for later churn. Enter your quote and labor assumptions in the lead-list ROI calculator.

Use first-year contribution for the spending decision when cash is tight. The two accounts produce $10,440.80 in first-year gross profit; a campaign costing more than that needs later renewals to recover its acquisition spend. Keep the low case in the approval discussion.

For project work, remove the renewal assumption. A separately scoped $74,200 job at a 22% gross margin contributes $16,324 before acquisition costs. Count another project only when your sales assumptions support it. A utility buyer can replace account profit with documented reductions in repeat surveys or inventory rework, using its own labor records.

Get more site meetings from the same sales hours

A prepared territory file can double the accounts worked in a 42-hour sales block by reducing the time spent deciding which properties deserve an approach.

Keep the service model’s assumptions and compare two uses of the same sales time. Give the representative 120 possible properties. Assume manual qualification takes 12 minutes per property, while reviewing a prepared match and its evidence takes three minutes. Budget 18 minutes of outreach work per account across the campaign’s contact attempts.

Use of the 42 sales hours	Manual property research	Reviewed target file
Qualification time	120 x 12 minutes = 24 hours	120 x 3 minutes = 6 hours
Time remaining for outreach	18 hours	36 hours
Accounts worked at 18 minutes each	60	120
Conversations at 20%	12	24
Meetings at one per three conversations	4	8
Expected accounts at one per four meetings	1	2

Hold conversion rates constant to isolate the time savings. The change produces four more meetings and one more expected signed account from the same sales hours. At the service model’s account value, that additional account contributes about $19,747 over five years before acquisition costs.

Time the work. If a representative still spends 12 minutes researching each delivered row because the evidence does not settle equipment fit or the owner record points to the wrong site, fix that gap in the next edition before paying to cover another county. Track meetings that meet the service criteria.

Crew economics belong beside sales economics. Rank accepted sites by the travel they add to scheduled work, then use the route density calculator to test the effect. Count travel inside the service cost. A promising account that consumes a separate truck day needs enough margin to pay for that day.

How to build an energy asset inventory, step by step

Use an eight-step rollout that starts with the decision and ends with an assigned follow-up for every accepted or unresolved energy site.

1. Name the first decision. Choose a utility inventory gap, an EPC screening question or a service territory. Write down the person who will use the answer and the date they need it. Give the first search one accountable owner.
2. Draw the working territory. Supply the county boundaries, service area or corridor geometry. For a service firm, include existing accounts and travel limits. Decide whether nearby sites outside the boundary are excluded or returned separately for review.
3. Set the equipment rules. Have your technical specialist define the included assets and ambiguous cases. Choose the counting unit. Specify the visible evidence required for a fit and the field question that makes an uncertain site unresolved.
4. Scope an Asset Search pilot. Use the energy asset search request to describe what to find and where. Request dated evidence, parcel and owner information, every reviewed disposition and your delivery format. Agree on the scope, quote and pilot delivery date.
5. Review the difficult records. Inspect obvious matches alongside near-matches and rejects. Include known sites so you can investigate missed candidates. Ask the technical reviewer and the receiving sales or operations manager to review the same sample.
6. Test the handoff. Load the pilot into the intended GIS, CRM or planning file. Confirm that existing sites retain their identifiers. Assign unresolved checks to a named role and check that each task has enough evidence to proceed.
7. Work the first accepted sites. Contact the responsible buyers or schedule the authorized engineering follow-up. Record labor time and the outcome. Feed equipment misclassifications and ownership corrections back into the search rules before ordering a larger area.
8. Choose the refresh trigger. Use a scheduled edition for territory planning or a defined change watch for installations and events. Specify who receives changes and what happens next. Include a review date for the search rules themselves.

For a rollout this month, finish the scope and appoint the reviewers first. Reserve time in their calendars for the pilot review. A file that arrives while the engineer is unavailable can sit untouched regardless of how quickly the search was performed.

Scope a pilot around difficult energy sites

A small paid pilot should test acceptance rules and the receiving team’s workflow, with its cost credited toward the full Asset Search order.

Agree on the review population before starting. A sample containing only obvious substations tells you little about small equipment, mixed campuses or ambiguous enclosures. Include the kinds of sites that create disagreements in your existing process, along with clear examples of what should qualify.

Separate two checks. First, inspect returned matches for evidence that satisfies the scope. Second, check known qualifying sites to see whether the search found them. Finding every familiar site in a pilot does not establish territory-wide recall, but a missed familiar site gives the team a specific rule or coverage gap to investigate.

Ask for every reviewed disposition. Asset Search uses a recall-first search followed by human review, so broad candidate generation can include sites that are later rejected. The rejection reason should explain the decision. An unresolved site should name the one field check that settles it.

Pricing should match that job. For a utility reconciling a fixed register, I would choose per completed investigation because a documented rejection or correction can be valuable. For a service firm buying qualified additions to a territory, per accepted result fits the purchase better. Define acceptance in writing, including how duplicate installations under one account are handled.

An ongoing territory watch fits a subscription for monitoring and refresh editions. Success-based terms tied to an agreed outcome are also available. Choose the outcome before choosing that structure, and make the evidence needed to establish it part of the scope.

Resolve the disputed examples together. Before expanding the search, have the technical reviewer and the manager receiving the file agree on how each difficult case should be classified, then put those decisions into the field definitions so the next reviewer can apply the same rule. Preserve earlier answers when requirements change.

Building an energy territory with Asset Search

Asset Search is the direct route to a reviewed energy inventory when your team needs custom asset definitions, dated evidence and a file it can work immediately.

Tell us what to find and where in the two-minute form. We return a scope and quote, then a pilot in your format. Coverage extends across the contiguous United States, with other regions on request. Aerial and satellite views are cross-referenced with property records, owner information and public datasets; your experts help set the search rules. People review every candidate before delivery. There is no software to learn, imagery to buy or analyst team to hire.

For an energy territory, scope the delivery around these items:

• Substations, generators, solar, storage or other agreed equipment classes, organized by the site’s buying or operating structure.
• Locations and parcels with owner information, plus decision-maker contact where it applies.
• Dated views and observed facts supporting each reviewed answer.
• Fits, rejects with reasons and unresolved sites with the field check that settles them.
• CSV, Excel, GIS-ready files or an import arranged for your CRM or dealer system.
• A one-time inventory or a monitoring edition that reports changes with before-and-after dates.

Use the pilot to settle the difficult definitions, then expand the search across the territory your team can serve. Send your team to energy sites that fit its work, with the evidence already in hand.