The world's first patented battery-buffered EV charging and Battery Energy Storage Systems (BESS) portfolio. 5 DC fast charger families from 30 kW to 720 kW — PEGASUS, FALCÃO, SPHINX, KOMODO, MAVERICK. 10 BESS product lines from residential to grid-scale, mobile to AI compute. All products available in supercapacitor or sodium-ion chemistry on one certified DC ESS architecture. Every system is VPP-enabled for grid export revenue. Deployed across the USA, Canada, GCC, MENA, and India. USPTO Patent Pending | UL 9540 3rd Ed. | Lithium-free
Whether you're deploying ultra-fast battery-buffered EV charging at a forecourt with limited grid capacity, replacing legacy UPS at a hyperscale data center, building a microgrid for an Indigenous community, backing up a 5G cell tower in -40°C conditions, or buffering AI/GPU compute spikes — XEYAR delivers a certified, lithium-free product engineered for your specific use case. Custom configurations available via MAVERICK (DCFC) and TITAN (BESS) for projects that don't fit standard SKUs.
Five product families spanning workplace fleet through highway megawatt charging — plus custom-engineered MAVERICK for non-standard project requirements. Every XEYAR DCFC operates on standard 100A grid service (83.1 kW continuous) — the patented shared DC bus delivers additive battery power on top of grid supply for instant high-burst charging. Available with supercapacitor or sodium-ion chemistry per project. Deployed across the USA, Canada, GCC, MENA, and India.
Compact battery-buffered DCFC for workplace fleets, small commercial sites, dealerships, and ZEVIP-eligible deployments. 2 to 8 charging ports per cluster.
High-power battery-buffered DCFC cluster for highway corridors, gas stations, large commercial sites. Scalable from 1 to 16 ports. NEVI-aligned and ZEVIP-eligible.
Ultra-fast battery-buffered DCFC for premium urban deployments, dealerships, and ultra-fast charge plazas. 10–15 minute charge times. Deploy without grid mega-upgrade.
Megawatt-class battery-buffered HPC hub. 4 to 12 dispensers per system. Heavy-duty trucks, freight corridors, depot megawatt charging. Most powerful ZEVIP-eligible system.
Custom-engineered battery-buffered DC fast charger for projects beyond standard SKUs. Any power tier (30 kW to 1000+ kW), any port count, custom battery sizing, custom enclosure form factor — engineered to your project requirements.
Every XEYAR battery-buffered system ships VPP-ready with a bidirectional Power Conversion System (UL 1741) and the communications stack required for grid-export participation. When XEYAR NEXUS — XEYAR's planned virtual power plant controller — launches in 2026, every deployed system will automatically enable grid arbitrage and ancillary services revenue. No hardware swap required. The figures below project what your system will earn once NEXUS activates, based on the engineering math in the EVFC Playbook (Section 7).
Projected model: $0.16/kWh net spread × multiple cycles per day × 264 weekdays = substantial revenue potential layered on top of EV charging income.
| Cluster Configuration | Ports | SuperCap kWh | Na-ion kWh | SC Projected/yr | Na Projected/yr | Projected Payback |
|---|---|---|---|---|---|---|
| PEGASUS 30 kW | 4 | 25 | 20 | $3,168 | $4,224 | 7.3 yr |
| PEGASUS 40 kW | 8 | 50 | 40.6 | $6,336 | $8,575 | 3.6 yr |
| FALCÃO 120 kW | 8 | 150 | 162.4 | $19,008 | $34,299 | 2.5 yr |
| FALCÃO 240 kW | 4 | 150 | 121.8 | $19,008 | $25,724 | 2.6 yr |
| FALCÃO 360 kW | 4 | 150 | 121.8 | $19,008 | $25,724 | 2.6 yr |
| SPHINX 240 kW | 4 | 150 | 121.8 | $19,008 | $25,724 | 2.6 yr |
| KOMODO 480 kW | 6 | 150 | 121.8 | $19,008 | $25,724 | 2.6 yr |
| KOMODO 720 kW | 8–12 | 150 | 121.8 | $19,008 | $25,724 | 2.6 yr |
Project annual grid-export revenue for any XEYAR DCFC configuration once XEYAR NEXUS launches in 2026. Use this tool today to plan future earnings — your system ships VPP-ready and will enable these projections automatically when NEXUS activates.
Forward-looking projections. All revenue figures shown depend on the planned 2026 release of XEYAR NEXUS, XEYAR's virtual power plant controller. Specific availability dates, market participation rules, and feature scope are subject to regulatory approval and may change. Projections assume 264 weekdays/year × multi-cycle dispatch × 50% battery utilization at $0.16/kWh net TOU spread. Actual revenue once NEXUS activates will depend on local electricity market structure, TOU rates, ancillary service participation, capacity market enrollment, and grid operator agreements. Frequency regulation, demand response, and capacity market revenue stacking can further increase returns. Not financial advice. Not a guarantee of future earnings.
Every XEYAR product is available in supercapacitor (SuperCap) or sodium-ion (Na-ion) chemistry. Both deploy through XEYAR's patented DC ESS architecture under UL 9540 3rd Edition. Field-selectable per project — choose chemistry based on duty cycle, climate, and budget.
Stores energy electrostatically (not electrochemically), enabling virtually unlimited cycling with zero degradation. Ideal for high-power applications requiring instant response: data center UPS, AI compute transient buffering, PV ramp smoothing, fast frequency response, ultra-fast EV charging in harsh climates.
Advanced sodium-ion chemistry (Benan Energy RockNa RNU-41) with zero SEI/CEI layer formation eliminates thermal runaway risk entirely. Higher energy density per dollar, faster VPP cycling (24-min cycle time, 10 cycles per 4-hr window), non-hazardous transport. Ideal for residential, commercial, mobile, grid-scale.
Quick reference matrix for matching XEYAR products to applications. Every product available in supercapacitor or sodium-ion chemistry on the same patented DC ESS boundary.
| Product | Power / Capacity | Best Application | Chemistry | Key Differentiator |
|---|---|---|---|---|
| ⚡ Battery-Buffered DC Fast Chargers | ||||
| XEYAR-PEGASUS | 30–40 kW × 2–8 ports | Workplace, fleet, dealerships, ZEVIP small projects | SC or Na-ion | Compact footprint, low entry cost |
| XEYAR-FALCÃO | 120–360 kW × 1–16 ports | Highway corridors, gas stations, large commercial | SC or Na-ion | Most versatile, scalable port count |
| XEYAR-SPHINX | 240–360 kW Ultra-fast | Premium urban, dealerships, ultra-fast plazas | SC or Na-ion | 10–15 min charge times |
| XEYAR-KOMODO | 240–720 kW HPC × 4–12 dispensers | HD trucks, freight corridors, megawatt depots | SC or Na-ion | Most powerful ZEVIP-eligible system |
| XEYAR-MAVERICK ★ | Custom (30–1000+ kW) | Non-standard projects, custom engineering | SC, Na-ion or Hybrid | Full custom engineering |
| 🔋 Battery Energy Storage Systems | ||||
| PHOENIX | 6.9–15 kWh wall-mount | Residential solar storage, indoor backup | SC or Na-ion | 7.2¢/kWh LCOS, 20-yr warranty |
| DRAGONFLY | Modular commercial | C&I peak shaving, solar/wind co-location | SC or Na-ion | 12C discharge, 200% daily cycle |
| DRACO | 1.78–5.0 kWh/module rack | Data center UPS, generator transfer | SC or Na-ion | <1ms response, 45-yr design life |
| LEVIATHAN | 2,362 kWh/container | Utility-scale storage, frequency regulation | SC or Na-ion | Industry-leading Na-ion density |
| NOMAD | 100–500 kWh portable | Events, disaster relief, construction, military | SC or Na-ion | Days to deploy, non-haz transport |
| CORVUS | 5–50 kWh tower UPS | 5G/6G cell towers, edge data centers, DAS | SC or Na-ion | 30+ yr life vs lead-acid 5 yr |
| CETUS | 1.78–5.0 kWh/module AI rack | AI compute, GPU clusters, training/inference | SuperCap only | Sub-second transient absorption |
| WOLVERINE | 200–500 kWh container | Microgrids, Indigenous communities, mining | SC or Na-ion | Mid-tier between DRAGONFLY/LEVIATHAN |
| HELIOS | 200–1000 kWh + PV + EV | NEVI corridors, off-grid retail, remote | SC or Na-ion | All-in-one container, days to deploy |
| TITAN ★ | Custom (any kWh) | Custom-engineered BESS, hyperscale, defense | SC, Na-ion or Hybrid | Full custom engineering |
Every XEYAR product is engineered to meet the safety, interoperability, and procurement requirements of US federal, state, provincial, municipal, and Indigenous procurement programs. NEVI-aligned. ZEVIP-eligible. Buy America. Section 30C. FEOC-compliant.
Every metric is sourced from XEYAR field deployments, manufacturer datasheets, the Siemens Oakville pilot, the EVFC Engineering Playbook, and published industry benchmarks (NREL, FERC, Paren/Stable Auto 2025).
FALCÃO 240 kW × 2 ports at 20% utilization
Excluding incentive programs and VPP stacking
Large Na-ion clusters, multi-cycle dispatch
AI peak shaving via XEYAR NEXUS
Off-peak $0.06 → on-peak $0.22 export
Typical DCFC site without battery buffering
vs 12–24 months for direct-grid DCFC
Arctic, desert, tropical — without HVAC
15 patented (pending) products across 2 categories. DC Fast Chargers (5): PEGASUS (30–40 kW), FALCÃO (120–360 kW), SPHINX (240–360 kW ultra-fast), KOMODO (240–720 kW HPC hub), MAVERICK (custom). BESS (10): PHOENIX (residential), DRAGONFLY (commercial), DRACO (data center UPS), LEVIATHAN (grid-scale), NOMAD (mobile), CORVUS (telecom), CETUS (AI compute), WOLVERINE (microgrid), HELIOS (PV+Storage+EV), TITAN (custom).
Battery-buffered EV charging stores energy in an onsite battery at trickle rate from the grid, then dispatches high-power bursts to charge EVs on demand. This eliminates utility upgrade costs ($1–4M) and 12–24 month interconnection delays. XEYAR's patented shared DC bus lets grid + battery feed chargers simultaneously — additive power, not sequential.
Every XEYAR battery-buffered system includes a bidirectional PCS (UL 1741) for Virtual Power Plant participation. Charge at off-peak ($0.06/kWh), serve EVs during day, export to grid at on-peak ($0.22/kWh) — $0.16/kWh × multiple cycles × 264 weekdays. SuperCap supports 6 cycles/4hr; Na-ion supports 10 cycles. Revenue ranges $3,000–$60,000+ per cluster annually.
Workplace/fleet DCFC: PEGASUS. Highway/gas station: FALCÃO. Ultra-fast urban: SPHINX. Megawatt/HD trucks: KOMODO. Custom DCFC: MAVERICK. Residential: PHOENIX. Commercial peak shaving: DRAGONFLY. Data center UPS: DRACO. Grid-scale: LEVIATHAN. Mobile/disaster relief: NOMAD. 5G towers: CORVUS. AI compute: CETUS. Microgrid: WOLVERINE. Solar+EV all-in-one: HELIOS. Custom BESS: TITAN.
SuperCap ($650/kWh, 50 kWh/rack, 3C): extreme cycle life (500K+), sub-millisecond response, −40°C/+65°C without HVAC — for DRACO, CETUS, harsh-climate DCFC, frequency regulation. Na-ion ($450/kWh, 40.6 kWh/unit, 5C): higher energy density per dollar, faster VPP cycling (24-min), non-hazardous transport — for residential, commercial, mobile, grid-scale.
UL 9540 (3rd Edition), UL 9540A, UL 1973, UL 810A, UL 1741, UL 2202, UL 2594, IEC 62619, UN38.3, CSA C22.2, ETL, cUL. OCPP 1.6/2.0.1 protocols. NEVI-aligned, ZEVIP-eligible, Buy America/BABA compliant, FEOC-compliant for Section 30C federal tax credit, Energy Star qualified. Sodium-ion ships non-hazardous under 2013/56/EU.
No. All XEYAR DCFC products operate on standard 100A grid service (83.1 kW continuous at 480V three-phase). Patented shared DC bus stores grid energy and dispatches additive power on demand. Eliminates $1–4M transformer/transmission costs. XEYAR NEXUS is NEC 625.42(A) certified for dynamic load management — inspectors accept the NEXUS-managed maximum, no panel upgrade required at most sites.
USPTO Patent Pending (PPA Rev.12 / CIPO FIG.1) covers the Modular Battery-Buffered Clustered EV Charging System invented by Salim M. Moten. Shared DC bus architecture — multiple energy sources (grid, solar, wind, generator) feed bidirectional PCS into single UL 9540 boundary, with mixed L2/DCFC outputs and VPP grid export. One certified architecture, two chemistry options.
4–6 weeks on existing 480V grid service vs 12–24 months for direct-grid DCFC requiring transformer upgrades. Critical for NEVI deadlines, ZEVIP applications, fleet electrification, government procurement. Mobile NOMAD deploys in days. Telecom CORVUS retrofits hot-swap without service interruption. HELIOS integrated containers deploy in under one week.
FALCÃO 240 kW × 2 ports at 20% utilization: ~$262,800 annual EV revenue, ~2.9-year payback. Once XEYAR NEXUS launches in 2026, projected VPP revenue stacking (frequency regulation + arbitrage + demand response) is expected to add +10–25% revenue uplift. Projected VPP payback 2.2–7.3 years depending on size once NEXUS is active. AI peak shaving via XEYAR NEXUS = 25% electricity savings. Combined projected model: 2–4 year blended payback for most commercial deployments.
VPP functionality requires XEYAR NEXUS, XEYAR's virtual power plant controller, planned for 2026 release. All XEYAR battery-buffered EV chargers and BESS systems ship VPP-ready today — the bidirectional PCS, communications stack, and CMS integration points are already designed for NEXUS activation. No hardware swap will be required when NEXUS launches. Specific availability dates, market participation rules, and feature scope are subject to regulatory approval and may change. The revenue projections shown across this page represent forward-looking estimates of post-NEXUS earning potential, not current capability.
MAVERICK is a custom-engineered battery-buffered DC fast charger for projects beyond standard SKUs. Any power output (30 kW to 1000+ kW), any port count, custom battery sizing (SuperCap, Na-ion, or hybrid), custom enclosure form factor. Engineered through XEYAR's patented architecture under UL 9540 3rd Edition. Typical applications: HD truck depots, marine ports, mining sites, military bases, megawatt charging hubs.
TITAN is a custom-engineered Battery Energy Storage System for projects requiring specifications beyond standard product families. Any kWh capacity (sub-100 kWh to multi-MWh), any voltage class, any chemistry mix (SuperCap, Na-ion, or hybrid), any form factor (rack, cabinet, container, mobile). Typical applications: hyperscale data center long-duration storage, utility-scale arbitrage, defense applications, industrial process buffering.
Rack-level transient absorber for AI compute and GPU clusters. AI training/inference creates 100ms–2s power spikes — CETUS SuperCap absorbs these in <1ms with 500,000+ cycles. Distinct from DRACO (UPS hold-up); CETUS addresses the rack-level transient layer AI infrastructure increasingly requires. Standard 19" rack, 1.78–5.0 kWh modules, 10 modules per rack, 800VDC bus.
Yes. Section 30C federal tax credit (30% up to $100K per charger), Buy America/BABA compliant, FEOC-compliant. NEVI program (US), ZEVIP (Canada), EPA Clean School Bus ($5B through 2027), GSA Schedule 23 V, cooperative purchasing (Sourcewell, OMNIA, BuyBoard, TIPS, HGAC). BESS qualifies for ITC, NYSERDA, MASS DOER, CEC, and major utility incentive programs.
XEYAR Technologies delivers 15 patented (pending) products spanning battery-buffered DC fast charging from 30 kW to 720 kW and Battery Energy Storage Systems from 6.9 kWh residential to 2,362 kWh grid-scale containers. Headquartered in Wilmington, Delaware with offices in Mississauga, Ontario and Dubai, UAE, XEYAR serves the USA, Canada, GCC, MENA, and India. All products share one USPTO-patented shared DC bus architecture under UL 9540 3rd Edition, with field-selectable supercapacitor or sodium-ion chemistry per project.
Every XEYAR DC fast charger includes onsite battery buffer (supercapacitor or sodium-ion) and a bidirectional Power Conversion System (UL 1741 / CSA C22.2). The patented shared DC bus architecture lets grid power and battery power flow additively — delivering 240+ kW charging on standard 83 kW grid service without utility upgrades.
Five product families serve every commercial DC fast charging use case:
All chargers are NEVI-aligned, ZEVIP-eligible, Buy America compliant, FEOC-exclusion compliant, and qualify for the Section 30C federal tax credit (30% up to $100,000 per charger under IRA 2022). Deploy in 4–6 weeks vs 12–24 months for direct-grid DCFC.
Learn more about XEYAR's 23 markets and company background.
Ten BESS product lines address every storage application from residential solar to grid-scale frequency regulation, mobile disaster relief to AI compute transient buffering:
All BESS products are lithium-free and cobalt-free, eliminating thermal runaway risk, fire code restrictions, and hazardous supply chain dependencies. Sodium-ion ships non-hazardous under 2013/56/EU with CNAS certification.
Every XEYAR battery-buffered product ships VPP-ready with an integrated bidirectional Power Conversion System (UL 1741) and the communications stack required for grid-export participation. Once XEYAR NEXUS — XEYAR's planned virtual power plant controller — launches in 2026, deployed systems will charge their batteries at off-peak rates (~$0.06/kWh from 10pm–4am), support primary application during peak demand, then export stored energy to the grid during high-priced peak windows (~$0.22/kWh from 2pm–6pm).
The projected model — $0.16/kWh net spread × multiple cycles per day × 264 weekdays — represents substantial future revenue stacking. Supercapacitor systems are designed to dispatch 6 cycles per 4-hour window (40-min cycle time); sodium-ion systems are designed for 10 cycles (24-min cycle time). With no architectural cap on daily cycles, large Na-ion clusters are projected to generate $25,000–$60,000+ annually in VPP revenue once NEXUS activates.
Planned revenue stacking opportunities (post-NEXUS launch) include energy arbitrage (buy low / sell high), frequency regulation (FCR / aFRR / mFRR), demand response programs, capacity markets, ancillary services, and VPP aggregator participation. ADS-TEC's ChargePost successfully prequalified for Austrian ancillary services in November 2025 — proving battery-buffered chargers can stack ancillary revenue on top of EV charging income. XEYAR's bidirectional architecture and multi-cycle SuperCap/Na-ion chemistry are designed to be optimal for emerging VPP markets across the US, Canada, EU, and GCC.
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Tell us your application — DC fast charging deployment, BESS for residential/commercial/grid-scale, mobile disaster relief, telecom backup, AI compute buffer, microgrid, integrated PV+EV, or custom MAVERICK/TITAN engineering — and we'll recommend the right product, chemistry, and configuration.
