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Parking lot trends are moving in two directions in the 2018 design perspective examined here: make the parking that remains more efficient and avoid building spaces that a project does not need. The approach links parking to energy, emissions, materials, transportation, urban density and real-estate economics—not just stall counts. A Building Design + Construction article attributed to Paladino and published September 19, 2018 presents these ideas as emerging design strategies, not as a current survey of adoption, regulation or construction prices. Its central lesson is straightforward: measure demand, improve the operation of necessary parking, and preserve options for a future in which vehicle use may change.
The examples and figures below therefore remain historical and source-bound. They can inform a 2026 feasibility discussion, but current EV-ready rules, parking minimums, construction costs and project outcomes must be checked with the applicable authority and project team.
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What did the 2018 parking-lot trend discussion identify?
The article treats parking as part of a wider building and mobility system. Vehicle sharing, transit-oriented development, denser urban projects and anticipated changes in how people use cars could reduce demand for individually assigned parking. Those were expectations expressed in 2018, not verified forecasts of what every market would do.
That distinction matters. A lower parking ratio may be sensible next to reliable transit and abundant public or shared parking, while the same ratio could create spillover problems in a car-dependent district. The source does not provide a jurisdiction-by-jurisdiction code survey or a current adoption rate. It offers a framework for asking better questions before drawing a site plan.
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The article also puts parking’s physical footprint in context, attributing an estimate to the Gensler Research Institute that approximately one third of a typical American city is asphalt. The underlying source, year and methodology are not independently verified here, so the figure should be read as an attributed historical estimate rather than a universal measurement.
“The cheapest parking structure is the one that you don’t have to build.”
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Paladino’s line captures the economic side of demand management. Avoiding unnecessary excavation, structure, paving, lighting, ventilation and maintenance can be more consequential than optimizing a facility after it has already been overbuilt.
How can an owner decide whether to build fewer spaces?
Start with demonstrated demand and available capacity, not a default ratio. The article’s supply-reduction options are practical ways to test whether a project can meet demand without adding a new deck or surface lot.
- Measure the demand profile. Separate resident, employee, visitor, service, accessible and loading needs. Look at peak periods rather than relying only on a daily average. Document seasonality, event conditions and any contractual parking obligations.
- Inventory nearby capacity. Identify unused spaces in the same building, neighboring facilities and shared or rented inventories. Confirm hours, security, walking routes, pricing and whether a third party can legally make spaces available.
- Model shared use. A residential space that is idle during the workday may serve an office or retail user, for example. The source recommends renting out unused spaces and coordinating with nearby operators; the agreement, insurance and access controls require project-specific review.
- Consider unbundling. Instead of automatically including a stall in every residential lease, price parking separately. This reveals who actually values a space and avoids charging non-drivers for construction and operating costs. Local tenant-protection and leasing rules still apply.
- Test a transit-oriented scenario. Projects near transit may provide less or no on-site parking when analysis shows that alternatives and surrounding capacity can absorb demand. This is a planning proposition, not permission to disregard a current minimum or a required accessible space.
- Document a fallback. Set thresholds for adding leased spaces, changing curb management or expanding supply if observed demand exceeds the model. A written trigger is safer than assuming a future operator can solve the problem informally.
The Philadelphia example in the article is 1213 Walnut, described as a roughly 300,000-square-foot residential project that was built and leased with zero on-site parking after analysis found a surplus of area parking. That description should be attributed to the 2018 article; it is not independent verification of the project’s current operation or of conditions in Philadelphia today.
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Which operational upgrades make an existing garage greener?
Lighting, charging infrastructure, materials and ventilation are the main levers named by the source. They can be evaluated separately, then coordinated with a capital plan so that one intervention does not undermine another.
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Lighting upgrades can lower electricity use and maintenance work, especially when fixtures and controls respond to occupancy or daylight. The article attributes a result of 90% lower lighting-related energy use among U.S. Department of Energy LEEP participants. It does not specify the study period or establish that every garage would achieve the same reduction.
The article also cites a Northwestern University campus parking-structure upgrade and reports approximately $40,000 in annual electricity-cost savings. That is a source-attributed project figure, not a current guarantee. A design team still needs to verify illumination levels, uniformity, glare, emergency operation, controls compatibility, mounting conditions and local electrical requirements before selecting a fixture.
For an owner, the useful sequence is to establish a baseline from utility bills and operating hours, map existing circuits and controls, define required light levels, then compare a replacement project with a controls-only phase. A parking-garage LED light is a product category, not a universal specification; optics, environmental rating, temperature range, vandal resistance and maintenance access must match the structure.
Electric-vehicle readiness
The article recommends providing charging, reserving access and installing EV-ready wiring or conduit where equipment may be added later. It notes that some cities required EV-ready parking at the time of publication. Requirements change, so the 2018 statement cannot be used as a 2026 code determination.
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Design the electrical pathway before concrete is poured or ceilings are closed. Confirm service capacity, transformer and panel locations, cable routes, fire-protection coordination, networking, payment or access controls and the number of spaces that can be expanded in phases. Distinguish an EV-capable space, a space with installed conduit and a space with an operating charger in the drawings and lease language; they are not interchangeable promises.
Materials and lifecycle planning
Material selection should include embodied impacts, local procurement opportunities, durability, repairability and end-of-life handling. The article points to the Mors Gate garage as an example described as recyclable and dismantlable. That example illustrates a design intent rather than a measured lifecycle result for all garages.
Ask suppliers for documented content and maintenance information, design connections that can be disassembled where practical, and record what will be removed or replaced during future renovations. A lower-carbon material that fails early can create more waste and cost than a durable option, so lifecycle planning belongs in the initial specification rather than in a demolition plan.
Ventilation and exhaust control
Natural ventilation, heat recovery and exhaust sensors that control fan operation are presented as ways to address emissions and energy use. The right solution depends on the garage’s geometry, enclosure, climate, fire strategy and mechanical code. Sensors and controls should be commissioned and maintained; a nominally efficient system that runs continuously or is poorly calibrated can erase the intended savings.
How do parking structures stay adaptable?
Adaptability means designing a structure so that a later change of use is technically and financially plausible, not promising that conversion will automatically occur. Consider floor-to-floor height, structural loading, column spacing, ramp geometry, daylight, plumbing routes, fire separation, egress, acoustics and façade openings during concept design.
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The article describes a proposal for Seattle’s 4th and Columbia in which above-grade parking could potentially be converted to apartments or offices if plans were approved. The article does not report whether approval, conversion or occupancy ultimately occurred. Treat it as a design possibility that requires a new code analysis and a credible financial plan, not as a completed case study.
An owner can preserve options by documenting structural capacity, locating vertical shafts where future bathrooms or kitchens could connect, protecting areas for new stairs or elevators, and separating parking systems that would be difficult to remove. These choices add design coordination up front, but they may reduce the cost of a major future alteration.
How do the main strategies compare?
The following matrix translates the source’s comparison axes into a decision aid. It is qualitative and historical; it is not a current cost or performance ranking.
| Strategy | Demand and capacity question | Capital and operating implications | Energy and emissions | EV readiness | Future flexibility | Planning and code checkpoint |
|---|---|---|---|---|---|---|
| Lighting and controls | Useful after the required supply is known; does not reduce stall demand by itself. | Up-front retrofit or replacement cost; potential maintenance and electricity savings. | Directly targets lighting energy; outcome depends on design and controls. | Coordinate conduits, panels and access controls during electrical work. | Controls and modular fixtures can simplify later phases. | Verify illumination, emergency lighting and electrical requirements. |
| EV charging and ready wiring | Supports changing vehicle mix without adding stalls. | Service upgrades and equipment can be phased; future installation still needs capacity. | Enables charging but does not by itself prove lower emissions. | Primary benefit; define exactly what “ready” means. | Conduit and spare capacity preserve expansion options. | Check current local requirements, utility rules and fire provisions. |
| Lower-impact, lifecycle-focused materials | Neutral to stall count; relevant to a new or substantially renovated structure. | Compare procurement, durability, maintenance and end-of-life costs. | Addresses embodied impacts and waste potential. | Coordinate durable surfaces and protected electrical routes. | Dismantlable or repairable assemblies can support reuse. | Confirm structural, fire, durability and procurement compliance. |
| Natural ventilation, heat recovery and exhaust sensors | Neutral to demand; affects how an enclosed facility can operate. | May alter mechanical capital cost and commissioning needs. | Can reduce fan energy and manage vehicle exhaust when correctly designed. | Account for future charging loads and ventilation strategy together. | Controls can be tuned as use changes. | Verify mechanical, fire and indoor-air requirements for the jurisdiction. |
| Shared, rented or unbundled parking | Tests whether existing or nearby capacity can serve users. | May avoid new construction; requires agreements, management and enforcement. | Less new concrete and less area to light or ventilate when supply is avoided. | Coordinate charger access and billing across operators. | Preserves land and capital for other uses. | Check zoning, parking minimums, leases, accessibility and curb impacts. |
| Transit-oriented low or zero on-site supply | Works only when analysis demonstrates alternatives and surplus capacity. | Can remove a major construction cost, but increases dependence on mobility options. | Reduces construction and operational footprint. | Decide how charging will be provided off site or in a limited shared supply. | Leaves more site area for adaptable uses. | Obtain current planning approval; do not assume a 2018 precedent controls. |
What did parking cost in the historical figures?
The article quotes the Parking Structure Cost Outlook, 2017 as reporting median construction costs of $19,700 per space and $59.06 per square foot for a new parking structure. Those numbers describe the cited 2017 outlook as reproduced in a 2018 article. They are not 2026 bids, escalation-adjusted budgets or a substitute for a site-specific estimate.
Use them only to understand why avoiding unnecessary supply can have a large order-of-magnitude effect. Current budgeting should account for land, excavation, foundations, structure, façade, fire protection, ventilation, electrical service, charging, soft costs, financing, labor market and local conditions.
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How should a project team apply these ideas now?
A disciplined process keeps the historical ideas useful without treating them as current rules.
- Set the decision date and jurisdiction. Record the municipality, zoning district, applicable building and fire codes, transit assumptions and the date on which requirements were checked.
- Create a demand register. Count each user group and peak period, then show which spaces are required, discretionary, shared or replaceable by nearby capacity.
- Audit the existing facility. Capture lighting connected load, controls, utility history, ventilation run time, maintenance records, structural constraints and electrical spare capacity.
- Build at least three scenarios. Compare a conventional supply, a shared or unbundled plan, and a lower-supply transit-oriented plan where appropriate. Add a phased EV-ready and lighting package to each.
- Price lifecycle consequences. Separate capital, energy, maintenance, management, leasing and eventual conversion costs. Mark every historical figure as a reference, not a current estimate.
- Resolve approvals early. Confirm parking minimums or maximums, accessible-space rules, loading, bicycle requirements, stormwater, fire access, EV provisions and any agreement needed with a neighboring operator.
- Write operating safeguards. Define who controls shared access, collects payment, maintains chargers, responds to faults and monitors demand. Establish the trigger for adding capacity or changing the allocation.
This process also makes the business case legible to lenders, tenants, planners and neighbors. A project is not “greener” simply because it has fewer stalls; it is better supported when demand, alternatives, operating impacts and future obligations are documented.
Are LEEP and Parksmart still the right certification references?
The article names LEEP and Parksmart as parking-sustainability options. Their current requirements, administration and status were not verified for this article, so a team should confirm the active program directly before using either in a certification or procurement commitment. Certification can organize documentation, but it does not replace code compliance, demand analysis or commissioning.
What are the main pitfalls?
- Applying a historical percentage as a promise. The 90% LEEP lighting result and the Northwestern savings figure are attributed examples, not guaranteed project outcomes.
- Confusing “EV-ready” with a charger. Conduit, panel capacity, installed equipment and a commissioned service have different costs and capabilities.
- Assuming a precedent transfers automatically. The 1213 Walnut description and Seattle proposal are case-specific and do not establish current permission elsewhere.
- Ignoring management. Shared or rented spaces fail when access, payment, security and maintenance responsibilities are undefined.
- Designing conversion too late. Ramps, structure, shafts, daylight and egress can make a later apartment or office conversion impractical even when the idea sounds attractive.
- Using outdated prices. The 2017 cost figures are useful historical context only; obtain current local estimates.
What is the practical conclusion?
The 2018 parking-lot trend perspective is best used as a sequence of questions: How many spaces are actually needed, can nearby capacity be shared, how efficiently can the remaining facility operate, and can the structure adapt if mobility patterns change? Lighting upgrades, EV-ready infrastructure, lifecycle materials and better ventilation address the parking that must exist. Unbundling, shared supply and transit-oriented planning address whether all of it needs to be built. Current codes, project economics and local evidence must decide the final answer.
Frequently Asked Questions
What does unbundled parking mean for a residential project?
Unbundled parking charges for a space separately from the residential unit rather than embedding one stall in every lease. It can reveal actual demand and avoid charging non-drivers for parking, but lease language, accessibility, tenant protections and local regulations still need review.
Can an existing parking garage be converted into housing or offices?
Sometimes, but feasibility depends on structural capacity, floor-to-floor height, ramps, daylight, plumbing, fire separation, egress and financing. The Seattle example in the source was a proposal whose approval and completion status were not reported, so it should not be treated as a completed conversion.
How should an owner budget EV-ready parking?
Separate the costs of utility service, panels, conduit, distribution equipment, chargers, networking and ongoing operations. Draw the expansion path now and verify the current local code and utility requirements; “ready” can describe infrastructure without meaning that a charger is installed.
Is a 90% lighting-energy reduction typical for every garage?
No. The 90% figure is attributed to U.S. Department of Energy LEEP participants in the 2018 article, which does not give a study period or promise that result for every facility. Existing fixtures, operating hours, controls and design targets determine a project’s outcome.
