Space Nova EV Charging Lots: Where They’re Listed in the Site Plan

If you’re considering Space Nova, one practical question usually comes up early: where, exactly, are the EV charging lots shown, and how do they connect to the actual movement of vehicles on site? People often skim a site plan like it’s a map for “everything else,” then come back later asking whether the charging is near the loading/unloading area, close to visitor drop-off, or separated from day-to-day industrial circulation. With an industrial development like Space Nova, the placement matters because vehicles, logistics, and internal traffic flow all share the same ground footprint.

This article walks through what the official Space Nova site plan includes, where EV charging lots appear in that layout, and what you should mentally map out when you’re reading the plan. I’ll also connect that reading to the broader project context: Space Nova is a freehold B1 (clean) industrial development at 21 New Industrial Road, Singapore 536208, developed by JVA NIR Pte Ltd, with 47 strata units across 7 storeys. The charging areas are not an abstract amenity here, they’re drawn into the same operational diagram as ingress, egress, lifts, loading/unloading bays, and the drop-off and circulation points.

The project you’re reading the plan for

Before you zoom in on the EV charging lots, it helps to anchor the site plan to the overall development structure. Space Nova’s official materials describe it as a freehold industrial project at 21 New Industrial Road. The development is positioned within the Tai Seng / Bartley precinct, and it’s described in sources using District 14 / 19 language depending on the page. Either way, the site plan is the one document that stays consistent in how it shows ground-level arrangements.

Space Nova comprises 47 strata units over 7 storeys, with published unit sizes running from about 1,625 sqft to 2,917 sqft. Official floor-plan materials also indicate that lower floors include ramp-up and loading/unloading access, and Level 4 includes a communal sky terrace. That means ground circulation and vehicle access are not “nice-to-haves,” they’re central to how tenants use the spaces above.

The site plan, as presented on the official Space Nova site, lists major ground elements such as passenger and service lifts, bicycle parking, loading/unloading bays, a letterbox, a bin centre, an MCST office, electrical substations, and vehicular ingress/egress. In the same diagram, it also lists EV charging lots. That placement is your clue that the project is planning charging in parallel with industrial vehicle flow, not treating it as a token corner.

Where EV charging lots appear on the Space Nova site plan

On the official Space Nova site plan page, the EV charging lots are explicitly listed as one of the ground-floor elements included in the plan legend and layout. Practically, that means you should treat the site plan as two layers at once:

First, there’s the “operational layer,” which shows where vehicles enter, where they can circulate, and how they relate to loading and unloading bays.

Second, there’s the “amenity layer,” where EV charging lots appear and where you can infer who is intended to use them and how vehicles will be positioned while charging.

In many developments, EV charging is tucked into a peripheral Space Nova JVA NIR strip that doesn’t clearly connect to ingress and egress, and tenants only realize the limitation after moving in. With Space Nova, since EV charging lots are called out right in the site plan element list alongside drop-off, lifts, and loading/unloading zones, you can read the plan to see whether charging aligns with the natural stopping points created by the vehicle routes.

When you open the Space Nova site plan on the official site, the EV charging lots are among the items that are listed as part of the ground-floor arrangement. This is the most reliable “where” answer, because it is directly tied to the plan’s own labeling and legend. If you’re comparing lots across different charts or brochures, stay consistent and use the site plan page as your reference point for the ground layout.

What “listed in the site plan” really means for your decision

Being listed in the site plan is more than just a branding mention. It tells you the charging bays are drawn into the same ground geometry as:

the vehicular ingress and egress points,
drop-off areas (where relevant for passenger movement),
loading/unloading bays,
and the lift cores that support how items and staff move between ground and upper floors.

For a landlord or tenant, that typically changes the daily experience. If charging lots are too close to loading flow, you can end up with congestion when a van or a lorry is actively docking. If charging lots are too far from the operational route, tenants may have to drive more internal loops than they expected. The official site plan gives you enough structure to judge which trade-off is being made.

Reading the ground layout like a tenant, not a visitor

Most people look at a site plan once and move on. But charging behaviour is repetitive, so your best use of the site plan is to imagine the pattern you’ll actually live with.

In Space Nova’s case, the site plan includes vehicle movement features like vehicular ingress and egress and loading/unloading bays, plus the drop-off point and lift access areas. If you work in logistics, you’ll recognize that vehicles don’t just “arrive.” They stop, queue, maneuver, and then move on. EV charging lots become part of that pattern if they share the same circulation path or stopping zone.

Here’s a practical way to read it in your own head using only what the official plan shows:

First, locate the ground elements that represent where cars will enter and exit the site. Then, trace the likely route vehicles take to reach loading/unloading or any stop-and-go areas. Finally, look for the EV charging lots label in the diagram and check how it sits relative to those routes.

You don’t need to guess the engineering details to make a reasonable judgment. You can still ask, “Is charging positioned where vehicles already naturally slow down?” If the plan’s arrangement makes charging feel like it’s on the same side as routine stopping points, that usually reduces friction for users. If it looks like charging is placed in a way that forces vehicles to detour into a busier zone, you may want to ask the developer about how parking and charging will be managed operationally after completion.

How the industrial design shapes EV charging placement

Space Nova is described as a B1 (clean) industrial development. That classification matters mainly because it reflects the type of industrial use and the expectation of structured logistics. The site plan reflects that expectation through elements like loading/unloading bays and clearly drawn vehicular access points.

Also, since Space Nova has ramp-up and loading/unloading access mentioned for lower floors, the ground plan isn’t purely ceremonial. Vehicles will interact with the building’s functional zones. That makes EV charging lots a direct contributor to overall yard and circulation management.

Think about what a “charging lot” needs in practice. Even if chargers are stationary, the vehicle behaviour is not. Drivers arrive, park, plug in, and sometimes return to move the vehicle later. The site plan’s inclusion of EV charging lots among the listed ground-floor elements suggests the developer is coordinating those behaviours with the rest of the industrial flow.

Connecting the EV charging lots to the rest of the site plan features

It’s easy to treat the EV charging lots as a standalone feature. In Space Nova, the site plan’s other labeled components help you infer how charging will coexist with the building’s movement and support functions.

For example, the site plan includes:

passenger and service lifts,
bicycle parking,
loading/unloading bays,
and electrical substations.

Even without additional technical diagrams, those labels tell you that ground operations are compartmentalized. Charging lots are typically placed with an eye on power distribution and on minimizing interference with heavy logistics movements. The fact that electrical substations are also listed in the site plan element set is relevant context, because it signals that power infrastructure is mapped at the same planning layer as vehicles and lifts.

There’s another subtle point. Space Nova also includes facilities like an MCST office, bin centre, and a letterbox area. Those are not “traffic” elements, but they define how people and small vehicles will circulate around common ground zones. If you’re evaluating whether EV charging will remain convenient after move-in, it helps to visualize how residents, staff, service providers, and logistics vehicles will all share the same limited ground space.

EV charging lots and “life after completion”

Space Nova’s expected completion or TOP is described as around 2028 to 2029 depending on the page referenced. That timeline means you should be thoughtful about how charging lots might be managed when the site is fully tenanted. The site plan tells you the intended placement, but day-to-day usage depends on tenancy mix, parking rules, and how vehicles use the road network on site.

This is also where the “balance-units chart” and pricing pages can matter indirectly. Space Nova’s official site includes a pricing page and a balance-units chart that indicates unit availability changes frequently and shows remaining units by floor and type. If you’re negotiating interest tied to car ownership, it helps to align your unit selection timing and your practical readiness to use charging lots soon after you take possession.

If you’re comparing potential units, don’t just ask, “Is there EV charging on the site?” Ask instead, “Where, on the site plan, are the charging Space Nova Singapore lots located in relation to how vehicles will access my portion of the building?” Even if you don’t have a unit-to-garage diagram, the site plan’s ground layout plus the building’s lift and access zones give you a better basis for judgement than a generic brochure scan.

A quick practical checklist for finding EV charging lots on your own

If you’re already viewing the Space Nova official site plan and want a structured way to locate and interpret the EV charging lots label, use this approach:

Open the official Space Nova site plan page and find the legend or the labeled element list.
Locate the specific item called “EV charging lots” within the listed ground elements.
Trace the charging lots’ position against the diagram’s vehicular ingress and egress paths.
Check how the charging lots sit relative to loading/unloading bays and the drop-off area.
Mentally map whether a vehicle charging stay would overlap with likely loading queue times.

That last part is important. EV charging isn’t only a parking event, it’s a timed stop in real-world conditions. The more the site plan shows separation between charging and operational loading, the less likely you’ll experience recurring congestion.

What to ask before you commit, especially if EV use is a core requirement

The official Space Nova materials include a video tour or gallery and a book viewing or appointment pathway, plus contact details for inquiries. Those are your best channels for clarifying operational questions that a static site plan cannot answer. If EV charging is central to your decision, here are the kinds of questions that tend to get practical answers:

First, ask whether the EV charging lots are intended for tenants only or if they support visitors. The site plan shows placement, but the intended users are usually clarified by the sales team in the context of the development’s operational rules.

Second, ask how charging lots will be managed alongside loading/unloading activity. Because Space Nova’s site plan includes both charging lots and loading/unloading bays, management practices can determine whether charging is convenient or disruptive at peak times.

Third, ask whether there are any planned restrictions on where non-charging vehicles can stop while charging users are plugged in. The physical placement in the site plan helps, but rules determine real outcomes.

Finally, ask how the development’s electrical infrastructure is arranged for EV charging, especially since electrical substations are also listed in the site plan. Even if you do not receive detailed electrical specs, you can often confirm high-level intent, like phased commissioning or readiness timelines aligned with move-in.

Where “Space Nova official site” resources fit in your EV-charging review

People tend to treat Space Nova resources as separate tabs: the floor plans here, pricing there, brochure somewhere else. In practice, EV charging evaluation uses multiple pages:

The Space Nova site plan page is your primary source for the “where” question because it lists EV charging lots directly in the ground layout.
The floor plan pages help you understand how ground access and loading/unloading connect to the upper storeys. Official floor-plan notes mention ramp-up and loading/unloading access on lower floors, and a communal sky terrace on Level 4.
The pricing page and the balance-units chart help you time your decision and compare unit options while availability is changing.
The project details page anchors the developer and the overall development structure.

The official e-brochure is also described as covering floor plans, unit strata areas, distribution chart, technical specifications, facilities, and connectivity information. Even when it is not as visual as the site plan, it can confirm whether charging is treated as a core facility and how it’s presented in the project’s full package.

Space Nova project context that matters for long-term value

If you’re thinking beyond just charging convenience, Space Nova’s broader structure is worth understanding. It’s a freehold industrial project, with 47 strata units across 7 storeys. Unit sizes published range roughly from 1,625 sqft to 2,917 sqft. On many industrial sites, the mix of unit sizes can affect tenant profiles, and tenant profiles influence vehicle behaviours and parking demand.

That’s why the EV charging lots location is not just a lifestyle detail. It becomes part of the site’s long-term usability, especially as EV adoption increases. If the charging lots are placed in a way that supports day-to-day access without disrupting loading and unloading, the amenity remains valuable. If the placement creates operational friction, you may feel that friction every week rather than once during viewing.

Because EV charging lots are shown directly on the site plan, you’re not relying on a generic promise. You can see how the developer has planned ground flow in relation to vehicle access and industrial operations.

Final thoughts on using the site plan as your truth source

When people ask where the Space Nova EV charging lots are listed, the simplest accurate answer is this: they are included as a labeled ground-floor element on the official Space Nova site plan page. That means the “where” is not buried in a PDF somewhere with a vague description, and it’s not an afterthought. It’s part of the same diagram that also lists vehicular ingress/egress, loading/unloading bays, lifts, bicycle parking, and other operational components.

If you’re serious about EV charging, treat the site plan as an operational document. Imagine the routes vehicles take, where they stop, and whether charging would overlap with loading/unloading activity. Then use the book viewing appointment, video or gallery context, and pricing and balance-units information to decide which unit and floor position best fits your real workflow.

Space Nova is positioned as a freehold industrial space, developed by JVA NIR Pte Ltd, with official materials that provide the ground layout and unit planning you can verify. The EV charging lots are one specific amenity you can locate quickly and evaluate logically, and that is exactly the kind of clarity that saves you time when you’re weighing a new launch industrial opportunity like Space Nova.