DsecOS Enterprise

Autonomous EV Fleet Charging & Grid Optimization Platform

Charge Ahead. Sustainably. Securely.

Smart Energy Smarter Fleet Sovereign Grid V2G Ready

2

Platform Overview

A real-time, AI-driven electric vehicle (EV) fleet charging orchestration platform that optimizes energy usage, reduces grid strain, and ensures cyber-physical security across thousands of charging stations. It integrates vehicle-to-grid (V2G), demand response, and predictive maintenance — all within a sovereign, zero-trust infrastructure.

Concurrent Chargers

50,000+

Sub-second coordination

Peak Load Reduction

38%

Via AI load shifting

V2G Revenue

£2.1M

Per 1,000 vehicles/year

Uptime

99.999%

Mission-critical ops

                Business Value
                Cut Charging Costs by 42%: Through off-peak + solar integration
Generate £1.8M+ in Ancillary Services: Frequency regulation
Achieve 99.999% Uptime: For mission-critical fleet operations
Comply with UK Smart Metering, EU RED III, and NIS2: Out-of-box

            

⚡ Built For: National energy operators, fleet logistics companies, and smart cities

3

Technical Foundation

Component	Role	Security & Efficiency
OCPP 2.0 Gateway	Charger communication	TLS 1.3 + mutual auth
V2G Controller	Bidirectional power flow	HSM-signed commands
Grid Optimizer AI	Load balancing + DR	On-prem ML, no cloud
Digital Twin	Substation simulation	Real-time state estimation
Audit Chain	Immutable energy logs	WORM + blockchain anchor

                Platform Security
                Real-Time Kernel: PREEMPT_RT + deterministic scheduling
Edge Isolation: Per-substation LXC with charger_t SELinux domain
V2G Crypto: OCPI 2.2 + ISO 15118 with HSM-backed PKI
AI Forecasting: 15-minute load prediction with 97.3% accuracy

            

4

Energy Orchestration Architecture

7-Node Hybrid Configuration (Data Center + Edge Substations)

graph TD subgraph "DsecOS Energy Orchestration Cluster (7 Nodes)" N1[DsecOS Node 1
Control Plane + HSM] N2[DsecOS Node 2
OCPP Gateway] N3[DsecOS Node 3
V2G Controller] N4[DsecOS Node 4
AI Optimizer GPU] N5[DsecOS Node 5
Digital Twin] N6[DsecOS Node 6
Ceph OSD + WORM] N7[DsecOS Node 7
Edge Substation Link] end subgraph "EV Charging Network" CHG["50,000+ Chargers
(OCPP 2.0)"] FLEET["EV Fleet
(V2G-Enabled)"] GRID["National Grid
(DSO/TSO)"] end subgraph "Intelligence & Compliance" AI["Grid Optimizer AI
(15-min Forecast)"] TWIN["Digital Twin
(Substation Model)"] AUDIT["Energy Audit Chain
(WORM + Anchor)"] LIC[License Server
Energy Edition] end N1 <-->|Corosync HA
Encrypted| N2 N2 <--> N3 N3 <--> N4 N4 <--> N5 N5 <--> N6 N6 <--> N7 N1 --> CEPH[Ceph Sovereign Pool
WORM + Encrypted] CHG --> N2 FLEET --> N3 GRID --> N4 AI --> N4 TWIN --> N5 AUDIT --> N6 style N1 fill:#121212,stroke:#32CD32,color:#FFF style AI fill:#1E1E1E,stroke:#32CD32,color:#FFF style AUDIT fill:#8B0000,color:#FFF

5

Peak Load Mitigation Flow

journey title EV Charging Grid Optimization Flow section Forecast Ingest Weather + Traffic: 5: Real-Time AI Predicts 18:00 Peak: 5: 97.3% Accuracy Pre-Shift 12,000 Sessions: 4: Auto-SMS section Orchestrate V2G Discharge 800 Vehicles: 5: HSM-Signed Delay Non-Critical Charge: 5: OCPP Set Balance 3 Substations: 4: Digital Twin section Monetize Sell 2.1 MW to Grid: 5: Ancillary Market Credit Fleet £1,800: 5: Auto-Payout Log Immutable Transaction: 5: WORM section Comply Generate RED III Report: 5: One-Click Audit V2G Session: 4: Forensic Replay Certify Carbon Savings: 5: Blockchain Anchor

6

Deployment Requirements

⚡ Prerequisites: DsecOS Enterprise Energy Edition license, 7x servers (128 GB RAM, 16-core CPU, 8 TB NVMe, HSM-ready), 4G/5G + fiber network

Step 1: Provision Energy Cluster

/scripts/pxe-deploy.sh --cluster ev-grid --nodes 7 --energy-mode --v2g-hsm --realtime

Step 2: Deploy Charging Stack

Create /templates/stacks/ev-orchestration.yml:

version: '3.8'
services:
  ocpp-gateway:
    image: dsecos/ocpp2:latest
    ports:
      - "8080:8080"
    environment:
      - TLS_ENABLED=true
      - AUTH_HSM=/dev/hsm0

  v2g-controller:
    image: dsecos/v2g-iso15118:latest
    devices:
      - /dev/hsm0
    command: --mode bidirectional --market gb-ancillary

  ai-optimizer:
    image: dsecos/energy-ai:latest
    deploy:
      resources:
        reservations:
          devices:
            - driver: nvidia
              capabilities: [gpu]
    command: forecast --horizon 15 --accuracy 0.973

  digital-twin:
    image: dsecos/twin-substation:latest
    command: simulate --substations 3 --realtime

  audit-chain:
    image: dsecos/energy-audit:latest
    volumes:
      - ceph-worm:/audit
    command: --worm --anchor ethereum-mainnet

volumes:
  ceph-worm:
    driver: cephfs
    driver_opts:
      worm: true

Deploy Command

dsecos deploy ev-orchestration

7

Test V2G Cycle

# Simulate 800 EVs discharging
curl -X POST https://node1:9443/api/v2g/discharge \
  -H "Authorization: Bearer $JWT" \
  -d '{"vehicles": 800, "power_kw": 6, "duration_min": 15}'

                Results
                Grid Receives: 4.8 MW in <3 seconds
Compliance: Auto-generates EU-compliant carbon savings certificate
Revenue: Fleet credited automatically via smart contract

            

8

Security & Sustainability

Grid Protection

AI

Prevents cascade failures

Crypto Sovereignty

HSM

All V2G commands signed

Compliance

RED III

UK, EU, NIS2 CNI

Carbon Saved

1,840

tCO₂e/year

                Compliance Standards
                UK Smart Metering: Energy data management
EU RED III: Renewable Energy Directive
NIS2 CNI: Critical National Infrastructure protection

            

9

Performance & Impact Metrics

Metric	Value
Chargers Managed	52,100+
Peak Load Reduction	38.4%
V2G Revenue (1,000 EVs)	£2.11M/year
Carbon Saved	1,840 tCO₂e/year

52,100+

Chargers

38.4%

Load Reduction

£2.11M

V2G Revenue

1,840

tCO₂e Saved

10

Return on Investment

                Logistics Fleet Example (5,000 EVs)
                
                            Category
                            Current Costs
                            With DsecOS
                            Net Savings
                        
                            Annual Operating Costs
                            £9,200,000
                            £4,100,000
                            £5,100,000
                        
                            V2G Revenue
                            £0
                            £1,800,000
                            +£1,800,000
                        
                            Total Net Savings
                            £9,200,000
                            £2,300,000
                            £6,900,000

Category	Current Costs	With DsecOS	Net Savings
Annual Operating Costs	£9,200,000	£4,100,000	£5,100,000
V2G Revenue	£0	£1,800,000	+£1,800,000
Total Net Savings	£9,200,000	£2,300,000	£6,900,000

Total Annual Net Savings

£6,900,000+

Plus greener operations

Where Energy Meets Intelligence

50K+

Chargers

38%

Load Cut

£6.9M

Savings

99.999%

Uptime

"Smart Energy. Smarter Fleet. Sovereign Grid."

V2G READY AI OPTIMIZED CNI CERTIFIED CARBON NEUTRAL

DsecOS Enterprise Energy Edition