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80 percent. That is the share of all electric vehicle charging that occurs away from public fast-chargers — at home, at the office, or at a fleet depot — and it is the number that explains exactly why Wallbox engineered the Pulsar Pro. As of June 25, 2026, Google News reported that Wallbox launched the Pulsar Pro AC charger on June 18, 2026, now available across the European Union, with UK and North America releases targeted for 2027. The product's defining feature is not wattage. It is the Measurement Instruments Directive (MID)-certified energy metering built directly into the unit — the compliance layer separating legally defensible billing from costly guesswork.
The Spec Sheet: What the Pulsar Pro Actually Delivers
The hardware numbers are straightforward. The Pulsar Pro delivers up to 22 kW on three-phase European circuits — standard for office parks and fleet depots — or 11.5 kW at 48A/240V for North American installations. Both are capable AC charging figures. A typical 60 kWh battery EV running on a 22 kW feed moves from near-empty to full in under three hours overnight; at the North American 11.5 kW rate, the same pack finishes in roughly five hours. For vehicles returning to base at shift end, that math is more than adequate.
The connectivity stack is enterprise-grade: integrated 4G for remote management, RFID access control so only authorized users initiate sessions, and OCPP (Open Charge Point Protocol) factory configuration — an open standard that lets fleet operators slot the Pulsar Pro into existing charge management software without proprietary lock-in. Dual connector options ship from the factory: J1772 or NACS, a smart hedge given that NACS has been adopted by virtually every major non-Tesla automaker as of mid-2026. No adapters, no afterthoughts.
The power management capability is where the Pulsar Pro earns its fleet credentials: the system automatically balances power distribution across up to 100 connected AC chargers on a single circuit. That feature lets operators size their electrical service for average demand rather than theoretical peak load — the difference between a manageable infrastructure project and an economically prohibitive one. It turns individual chargers into a coordinated network, not independent devices drawing at will.
Why MID Metering Changes the Fleet Cost Equation
The Pulsar Pro is not solving a "charge faster" problem. It is solving a "who pays for what" problem — and the legal stakes on that question are rising across both EU and North American markets.
Corporate vehicles account for approximately 60% of new EU car registrations, as of June 2026. When those vehicles go home with employees overnight, the electricity cost lands on the employee's household bill. Accurately reimbursing drivers requires isolating EV charging consumption from the rest of the home's electrical load — genuinely difficult without a certified sub-meter on the charger circuit. MID certification is the EU standard that makes those measurements legally defensible for billing. Per industry experts, without MID certification, any invoice based on charger-recorded consumption risks being invalid, and in some member states, issuing such a bill could constitute an illegal transaction.
The compliance pressure extends westward. California Labor Code Section 2802 makes accurate home charging reimbursement a legal requirement for employer-provided vehicles, with systematic underpayment carrying class-action exposure. The Pulsar Pro's integrated MID meter collapses the hardware stack: one device handles charging, certified energy measurement, access control, and billing data — eliminating the external certified metering equipment fleet operators previously sourced and installed separately.
Chart: Global EV charging infrastructure market projected growth from $50.3 billion (2026) to $238.8 billion (2033), per industry data as of June 25, 2026.
The macro backdrop justifies the engineering investment. As of June 25, 2026, the global EV charging infrastructure market stands at $50.3 billion, on a trajectory toward $238.8 billion by 2033, a 25.0% compound annual growth rate. Global electric car sales are expected to reach 23 million units in 2026, representing close to 30% of all new cars sold worldwide. AI-based charging management systems are already demonstrating 95.2% demand forecasting accuracy, reducing average wait times to 3.5 minutes while improving resource utilization to 87.4% — the kind of grid-aware intelligence that products like the Pulsar Pro are architected to interface with as fleet management software matures.
Wallbox's own financials tell a leaner story. The company reported Q1 2026 revenue of €29.7 million, down 21% year-over-year, while cutting operating costs by 31% and holding a 37.3% gross margin. A company in cost-discipline mode launching a compliance-focused fleet product is placing a specific bet: that regulatory procurement cycles — where legal and finance departments sign the purchase orders — will define the market's next growth leg more reliably than consumer enthusiasm.
Who Should Buy This — and Who Should Wait
The Pulsar Pro's value proposition is clearest for three buyer profiles. First, fleet managers running 20 or more vehicles in EU markets where MID compliance is mandatory for any reimbursement or billing use case. Second, HR and finance teams trying to make employee EV reimbursement defensible at scale without adding external hardware on every home circuit. Third, commercial property operators — parking structures, office buildings, multi-unit residential — who need to bill tenants or users by legally verified consumption.
For single-vehicle residential charging, the Pulsar Pro is engineering overhead. The Pulsar Plus handles that use case at lower cost without the MID certification stack. The upgrade logic changes only for shared-parking scenarios, small businesses with modest fleet exposure, or North American buyers planning ahead for the 2027 availability window. The dual J1772/NACS connector option is worth noting for that last group — it eliminates the dongle-and-adapter approach that has complicated early fleet deployments as automakers completed the NACS transition.
Wallbox's expanding distribution gives the Pulsar Pro credible reach. The 2026 partnership with Eneco eMobility deploys Wallbox hardware across the Netherlands, Belgium, and Luxembourg using the eM4 Twin AC charger for Dutch sites. The Freenow by Lyft agreement covers electrified taxi and ride-hailing fleet charging across Germany, France, the UK, Ireland, and Spain — natural early adopters for MID-compliant fleet hardware. The Mountain West US expansion through Codale Electric Supply, covering Utah, Idaho, Wyoming, and Nevada, positions Wallbox ahead of the North American Pulsar Pro launch timeline. In my analysis, Wallbox is correctly reading where the market is heading: the next commercial charger cycle will be compliance-driven, not spec-driven, and a charger with built-in certified metering starts those procurement conversations already halfway to approved.
What to Watch Next
Three markers worth tracking. First, whether the 2027 North American launch timeline holds — as of 2026, the United States has 85,976 publicly accessible EV charging stations with 279,758 ports, including 73,792 DC fast chargers, but the private fleet AC segment the Pulsar Pro targets is orders of magnitude larger and largely invisible in public station counts. Second, competitive response: every major charging hardware brand faces the same fleet compliance pressure, and MID-integrated designs will migrate from premium to table stakes within 18 to 24 months. Third, Wallbox's revenue recovery — at €29.7 million in Q1 2026 against a market projecting explosive growth, the company needs compliance-driven purchasing to materialize at scale before the cost-discipline strategy runs its course. The Supernova PowerRing platform, launched earlier in 2026 with up to 400 kW per outlet and 720 kW total site capacity for fast-charging corridors, targets a different segment; the Pulsar Pro owns the slower, larger, and arguably more defensible fleet depot and workplace market.
Frequently Asked Questions
How much does the Wallbox Pulsar Pro cost, and how does it compare to the Pulsar Plus for home use?
As of June 25, 2026, Wallbox has not publicly disclosed retail pricing for the Pulsar Pro. The Pulsar Plus is Wallbox's residential-grade unit designed for single-vehicle home charging; the Pulsar Pro targets commercial and fleet applications with integrated MID-certified metering, 4G connectivity, RFID access control, OCPP factory configuration, and coordinated power balancing for up to 100 units on a single circuit. Fleet operators evaluating total installed cost should account for the Pulsar Pro potentially eliminating separately purchased and installed external metering equipment, which affects the net price comparison meaningfully at scale.
What is MID-certified metering for EV chargers, and why does it matter for legal billing compliance?
MID stands for Measurement Instruments Directive, the EU regulatory standard governing energy meters used in commercial billing. MID certification guarantees measurement accuracy, data traceability, and tamper-proof integrity. For EV chargers used in fleet or multi-tenant settings, MID certification means the energy consumption data recorded by the charger is legally defensible for invoicing purposes. Without it, issuing a bill based on charger-recorded data risks being invalid — or, in some EU member states, constituting an illegal transaction. The Pulsar Pro integrates MID-certified metering directly into the charger hardware, eliminating the need for a separate certified sub-meter on each circuit.
How do companies accurately reimburse employees for home EV charging costs for company vehicles?
Accurate reimbursement requires isolating EV charging consumption from the employee's total household electricity usage — impossible without a dedicated certified meter on the charger circuit. Hardware with integrated certified metering records verified consumption data that can feed payroll or expense reimbursement systems automatically. In the United States, California Labor Code Section 2802 makes accurate home charging reimbursement a legal requirement for employer-provided vehicles, with class-action exposure for systematic underpayment. As compliance pressure expands to additional jurisdictions, certified metering hardware moves from a best practice to a legal baseline for enterprise fleet programs.
Disclaimer: This article is for informational and editorial purposes only and does not constitute financial or legal advice. Government incentive programs, regulations, and product availability referenced may have changed; readers should verify current requirements with relevant manufacturers, legal counsel, and regulatory authorities. The federal EV purchase tax credit (IRS Section 30D) and related federal EV credits expired September 30, 2025, and are not currently available. Research based on publicly available sources current as of June 25, 2026.