Industrial Background
Industrial Background
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System Solution
Master Blueprint
System Solution
Master BlueprintSystem Solution Bridging the Megawatt Divide: Seamless Grid-to-Vessel Turnkey Solution lModular Ingestion Matrix: Continuous harvesting of legacy low-voltage grid inputs without triggering multi-vendor liability friction. lHybrid Storage Buffer: A chemistry-agnostic thermal and physical decoupling core designed to insulate fragile port grids from transient high-power shocks. lHigh-Power Delivery Infrastructure: Unleashing multi-MW fast-charging pulses to execute rapid turnaround under zero operational infrastructure loss. | 
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Master Blueprint: Decoupled Multi-Tier Delivery Architecture
Edge EMS: 5-Mode Dynamic Power Routing
Orchestrates 5 operational modes via proprietary algorithms to optimize energy flows, enabling the BESS to charge/discharge independently, dual-feed alongside the grid, or operate as standalone storage to capture European spot tariff arbitrage.
Atomized 40kW: Full-Chain Power Pooling
Utilizes a parallel 40kW module to flexibly pool power across both AC/DC ingestion and DC/DC delivery phases, eliminating single-point hardware failures and enabling seamless capacity expansion.
Dual-Circuit: Heterogeneous Buffering
Integrated monitoring-level BMS clusters execute continuous telemetry to decouple voltage differentials, extracting maximum pulse-power while ensuring absolute thermal safety.
Vendor-Agnostic: Hardware-Decoupled Delivery
Driven by the edge EMS, the local charging control panel separates control logic from high-power execution. Waterfront dispensers remain completely stripped of active power electronics (no power modules inside), enabling universal compatibility with any third-party piles.
Hybrid System :Sodium-Ion Battery + LFP Battery Hybrid
●ENP supports the flexible hybrid configuration of lithium iron phosphate battery packs and sodium-ion battery packs.
●Through a multi-level BMS architecture, the system enables power coordination and energy conversion between different battery packs.
●Based on different power requirements, operating environments, and investment budgets,
ENP can provide customers with a safer, more economical, and more scenario-adaptive energy replenishment solution.
OUR ADVANTAGE
Future-Ready Tech Synergy：Defending Against Megawatt Abuse
OUR ADVANTAGE
Future-Ready Tech Synergy：Defending Against Megawatt Abuse
Zero-Damage Rigid Housing
●Inherently rigid cylindrical steel casing
●Eliminates prismatic gas-swelling completely
MW-Level Power Leap
●+300% pulse-power over traditional cells
●Unlocks 3x capacity in strict turnaround windows
Modular Flexible Power Combination
●Agnostic to cell chemistries, seamlessly harmonizing variant voltage curves.
●Enables incremental capacity upgrades block-by-block with zero infrastructure loss.
Heterogeneous Matrix vs. Single-Cell Vulnerabilities Optimizing Cell Fusion to Adapt to Any Horizon | |||
| Technical Metrics | LFP BESS Portion | Sodium-ion BESS Portion | Port-Side Load Synergy |
Energy Density | 120~160 Wh/kg | 80~120Wh/kg | Baseload Grid Support: Continuous shore-power & peak-shaving. |
Power Density | 1~2C | 2~5C | MW Pulse Absorption: Handles 2~5C spikes with zero grid strain. |
Low-Temp Performance | -20°C | -40°C | Nordic Climate Defense: Zero degradation under winter nights. |
Cycle Life | 4,000 Cycles | 6,000~10,000 Cycles | Asset Life Extension: Shields LFP core from thermal fatigue under relentless charging cycles. |
Cost Trend | Low | Lower | Margin Protection: Bypasses geopolitical supply chain choke points, securing long-term operational margin. |
Arbitrage Efficiency | High | Ultra-High | Active VPP Monetization: Feeds stored energy back to the European grid during peak tariff hours. |
OUR ADVANTAGE
Spatial Agility & Adaptive Deployments
OUR ADVANTAGE
Spatial Agility & Adaptive Deployments
●Matrix-Block Design
Enables flexible horizontal and vertical stacking to seamlessly fit irregular, restricted dockside footprints.
●Fluid-Free Structural Stripping
Zero external pump stations or pipe matrices to minimize physical volume.
●Hyper-Compact Integration
Back-to-back integration of power electronics & battery cells. Condenses a 1MWh system into a standard 20ft container footprint.
●Zero-Excavation Spatial Pass
Embeds megawatt stations into wharf gaps with zero civil excavation.
From Shoreside to Submerged. From Zero Civil Excavation to Absolute Physical Concealment.
OUR ADVANTAGE
Fail-Safe Topology: Physical Security & Data Sovereignty
OUR ADVANTAGE
Fail-Safe Topology: Physical Security & Data Sovereignty
| Autonomous Data Sovereignty Physical decoupling as the ultimate firewall ●Pure hardware and localized private cloud software guarantee inherent safety by eliminating global data dependencies. ●This total isolation completely immunizes the local infrastructure from GDPR cross-border data audits and geopolitical risks. Dynamic Power Allocation Atomized 40kW fault-isolation to ensure zero downtime ●Powered by an atomized 40kW matrix topology, eliminating single-point operational failures entirely. ●If a single module fails, the built-in software reroutes live power across active modules in microseconds, ensuring continuous berthing operations. |
OUR ADVANTAGE
Maximizing Lifecycle Return & Capital Efficiency
OUR ADVANTAGE
Maximizing Lifecycle Return & Capital EfficiencyCapital Expenditure Avoidance Grid Connection Bypass ●Utilizes flexible capacity scaling to ingest only legacy low-voltage utility (≤1000kW), completely bypassing the million-euro heavy substation upgrades and multi-year European grid regulatory approvals. Civil Engineering Savings ●Highly compact footprint eliminates prolonged public street or harbor berth excavation, directly mitigating capital expenditures and project delay risks. | Operational Expense Reduction
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CaseProject BargeCaseProject Barge |
●Substation Upgrade Defeated
●Validated grid connection bypass readiness. ●Absorbed 1000kW grid power to discharge 2400kW DC/DC bursts to vessels. ●Bypassed multi-year London utility upgrade bottlenecks. ●Severe Spatial Footprint Conquered ●Eradicated traditional landside civil engineering overheads. ●220mm ultra-thin modular topology shoehorned inside constrained floating barge hull. ●Achieved zero public street or berth excavation works. | ●Harsh River Environment Shielding ●Cleared strict UK maritime safety and environmental pre-audits. ●Enclosure sustained under constant 85%+ relative humidity and tidal salt-spray. ●Fully validated C5-M heavy-duty anti-corrosion integrity. ●Zero-Coolant Maintenance Handover ●Completed full hardware package handover to local port operator. ●System runs on active air-cooling with enclosed AC heat exchange. ●Eliminated liquid loop leaks, locking in the fluid-free labor dividend before day one.
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FUTUREScalable Interconnection & VPP MonetizationFUTUREScalable Interconnection & VPP Monetization
Plug-and-Play Partnership ●Standardized container architecture combined with highly adaptive, flexible commercial onboarding models. ●Removes all technical and financial entry barriers, seamlessly accelerating everything from early-stage paid pilots to full turnkey contracts. Universal Compatibility ●Open-protocol software interfaces tailored for existing European grid variants and third-party infrastructure. ●Integrates with local operators and total contractors with near-zero engineering friction, actively welcoming the entire ecosystem to co-invest and scale. | Adaptive Digital Grids ●Transforming isolated hardware endpoints into a software-defined matrix. ●Links physical container scaling across European paths via high-purity API streams. Distributed Energy Streams ●Real-time automated demand response matching local grid imbalances. ●Orchestrates network clusters to exploit arbitrage via negative-cost consumption. Exponential Monetization ●Advanced software orchestration over cumulative hardware nodes. ●Amplifies project revenue, delivering the ultimate risk-adjusted asset yield. |
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