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AI-native · Patent pending · Full-stack

The only platform that
orchestrates, trades,
settles, and verifies.

Five AI agents running every five minutes. No manual trading. No spreadsheet settlement. No single-market limit. AmpVerve connects any energy asset to every UK grid flexibility market simultaneously.

Start a free 90-day pilot → See all integrations
8+
UK grid markets stacked simultaneously
5min
AI decision cycle. Every asset. Continuously.
30+
Hardware protocols and manufacturer APIs
7day
Settlement vs 60–90 day industry standard
How it works

Three stages.
Running continuously.

No human intervention required once deployed. Every asset, every market, every five minutes.

Stage 01
🔌
Connect
AmpVerve integrates with your existing infrastructure via open protocols. No new hardware. No rip-and-replace. Onboarding typically completes within two weeks across chargers, batteries, heat pumps, BMS platforms, UPS systems, solar inverters, and fleet telematics.
OCPP 1.6 and 2.0 for EV chargers
ISO 15118 for V2G bidirectional signalling
OpenADR 2.0b for demand response signals
BACnet, Modbus, SNMP for building and industrial assets
Smartcar and Tesla Fleet API for vehicle telematics
Stage 02
⚡
Orchestrate
Five AI agents run in parallel every five minutes, evaluating every asset against every market signal and operational constraint simultaneously. The Forecasting Agent predicts prices. The Optimisation Agent solves multi-objective dispatch. The Safety Agent validates every instruction. The Trust Agent logs everything cryptographically. The Execution Agent sends hardware commands.
Price forecasting across N2EX and EPEX SPOT
Multi-objective optimisation every 5 minutes
Hard constraint validation before every dispatch
Physics-informed digital twin per asset
Edge autonomy for sub-second frequency services
Stage 03
💷
Settle
Every dispatch event is logged with a cryptographic hash, verified against metering data, and settled automatically. Revenue reaches your account in seven days, not sixty to ninety. DNO flexibility, wholesale, and Balancing Mechanism revenue consolidated into a single dashboard.
7-day settlement vs 60–90 day industry standard
SHA-256 cryptographic audit trail per dispatch
Elexon BSC settlement for Balancing Mechanism
DNO invoice reconciliation automated
Single dashboard across all markets and revenue
The AI brain

Five agents.
One outcome.

Rules are static. Markets are not. AmpVerve uses five specialised AI agents that operate simultaneously, each with a distinct role, coordinated by a central orchestration layer.

Why rules fail
A rule that says “charge overnight 00:00–06:00” misses nights when EPEX intraday prices spike at 02:00.

A rule that applies 80% DoD to every battery applies the same limit to a new battery at full health and a degraded battery at 60% capacity.

AmpVerve’s Forecasting Agent predicts spikes and pre-positions assets. The Optimisation Agent applies a physics-derived dispatch envelope to every individual battery based on its real-time health state.
01
Forecasting Agent
Predict · Position
Predicts electricity prices across N2EX day-ahead and EPEX SPOT intraday markets. Forecasts solar generation from connected PV assets. Models grid carbon intensity by region updated every 30 minutes. Generates probabilistic forecasts with confidence intervals — not point estimates — so the Optimisation Agent knows how certain each prediction is before committing assets.
Wholesale prices
Weather data
Grid carbon
NESO forecasts
02
Optimisation Agent
Solve · Dispatch
Solves a multi-objective optimisation problem every five minutes across all connected assets simultaneously. Balances four competing objectives: maximise revenue, minimise energy cost, protect battery health, guarantee operational readiness. This is the engine behind AmpVerve’s patent-pending multi-market simultaneous dispatch. A single asset can participate in DNO flexibility, wholesale arbitrage, and the Balancing Mechanism at the same time.
Forecasts
Asset state
Market prices
Constraints
03
Safety Agent
Validate · Block
Every dispatch instruction passes through the Safety Agent before execution. Validates against hard operational constraints: minimum EV charge levels before departure, minimum building temperatures, clinical suite continuity for NHS sites, UPS backup reserve for data centres, battery degradation limits. If a dispatch instruction would breach any hard constraint, it is blocked. Not throttled. Blocked. Operational continuity always wins.
Fleet schedule
Temp setpoints
Battery state
SLA params
04
Trust Agent
Log · Verify
Maintains a cryptographic hash-chain of every decision made, every market signal received, every dispatch instruction issued, and every constraint check performed. Every entry is tamper-evident. Produces the audit trail that public sector customers need for FOI compliance, NHS trusts need for clinical governance, and Elexon requires for Balancing Mechanism settlement. Feeds directly into AmpVerve Settle, reducing payment cycles from 60–90 days to seven.
All decisions
All signals
All checks
SHA-256
05
Execution Agent
Command · Confirm
Translates approved dispatch instructions into hardware commands: OCPP smart charging profiles to EV chargers, BACnet setpoints to building management systems, Modbus commands to generators and BESS, REST API calls to cloud-connected heat pumps and inverters. Operates at the edge for frequency response services, ensuring sub-second dispatch even if cloud connectivity is interrupted. Edge autonomy means assets continue earning from Dynamic Containment during connectivity events.
OCPP profiles
BACnet cmds
Modbus RTU
REST API calls
Competitive comparison

AI-native vs
rule-based platforms.

Most flexibility platforms were built as charging management tools and added flexibility later. Their core architecture is rule-based. Rules are predictable. Energy markets are not.

Rule-based platforms
ev.energy, Kaluza, The Mobility House
Price forecastingReacts to prices
Multi-market dispatchSingle market per asset
Battery health limitsStatic thresholds
Constraint enforcementManual rules
Audit trailBasic logging
SettlementManual invoicing, 60–90 days
Transformer modellingNot modelled
AmpVerve
AI-native · Patent pending · GB2522184.7 · GB2522777.8
Price forecastingPredicts and pre-positions
Multi-market dispatchAll markets simultaneously
Battery health limitsReal-time degradation model
Constraint enforcementAutomated Safety Agent
Audit trailCryptographic hash-chain
SettlementAutomated — 7 days
Transformer modellingIEC 60076-7 thermal model
Integrations

Works with what
you already have.

30+ protocols and manufacturer APIs. No proprietary hardware. No rip-and-replace.

EV chargers
OCPP 1.6 / 2.0
All 13 major UK charger brands. Smart charging profiles, remote management.
Live
V2G signalling
ISO 15118
Plug-and-charge and bidirectional power transfer for V2G infrastructure.
Live
Demand response
OpenADR 2.0b
Automated demand response from DNO and aggregator signals.
Live
Vehicle telematics
Smartcar API
16+ vehicle brands. SoC, location, charge control — verified in production.
Verified
Vehicle telematics
Tesla Fleet API
Tesla Fleet API for telemetry and charge commands across all Tesla models.
Live
Building management
BACnet IP/MSTP
HVAC flexibility. Siemens, Honeywell, Schneider, Johnson Controls, Trend.
Live
Industrial assets
Modbus TCP/RTU
Generators, BESS. Cummins, Caterpillar, Samsung SDI, BYD, CATL.
Live
UPS systems
SNMP v2c / v3
UPS for data centres. Eaton, Schneider, Vertiv, ABB. Sub-second response.
Live
Grid markets
Elexon BSC APIs
Physical Notification and Offer/Bid submission for BM participation.
Active
Heat pumps
Daikin Onecta
Altherma heat pump monitoring, setpoint control, and demand-response.
Live
Digital twin

Test on the twin.
Deploy to the asset.

Every connected asset has a physics-informed digital twin running in real time. A continuous simulation that predicts asset behaviour, protects battery health, and validates every dispatch decision before it reaches physical hardware.

Explore Digital Twin →
EV and stationary battery model
Electrochemical model tracking State of Charge, State of Health, degradation rate, temperature, and cycle depth. Dynamic dispatch envelopes updated every five minutes per individual battery.
Transformer thermal model
IEC 60076-7 thermal model tracking hot spot temperature and winding conditions. No other V2G platform models transformer thermal dynamics. Critical for depot fleet deployments.
Heat pump and thermal storage model
Thermodynamic model tracking stored energy, thermal loss rate, recovery time, and comfort constraint buffer. Enables precise demand-response without breaching heating schedules.
What-if simulation
Peak saving simulation, fault impact analysis, and grid event response modelling all run against the digital twin before any strategy touches live assets.
The infrastructure stack

Six layers.
Beyond orchestration.

AmpVerve is building the full-stack financial infrastructure for distributed energy. Visa does this for payments. Bloomberg does this for financial data. AmpVerve does this for distributed energy.

Layer 01
Orchestrate
AI dispatch · Patent pending
AI-native dispatch of EV fleets, smart heating, buildings, and batteries across all UK flexibility markets simultaneously. Five agents. Every five minutes.
Live
Layer 02
Trade
Algorithmic · 8+ markets
Algorithmic trading across DNO flexibility, wholesale arbitrage, Balancing Mechanism, and ancillary services. SSEN ElectronConnect active. UKPN registered.
Live
Layer 03
Settle
Automated clearing · Rust · Patent filing Q2
7-day automated clearing. Built in Rust. SHA-256 hash-chain audit trail. Replaces 60–90 day manual invoicing. Third patent filing Q2 2026.
In development
Layer 04
Score
Battery credit rating · Real-world data
Independent battery degradation data for insurers, banks, OEMs, and DNOs. The credit rating for energy assets. Built from every connected asset in the network.
In development
Layer 05
Exchange
Flexibility marketplace · Integrated clearing
The first flexibility marketplace with integrated clearing. Aggregators sell, grid operators buy on standardised contracts. Piclo matches. AmpVerve clears.
2027
Layer 06
Intel
DER data terminal · 60-second updates
Real-time state of distributed batteries, EVs, and flexible loads by grid region. The data Bloomberg, S&P, and Refinitiv cannot provide because they do not connect to the assets.
2028
Now accepting pilot partnerships · Q2 2026

See it running
on your assets.

Every pilot starts with a digital twin commissioning session. We model your assets and show you the revenue opportunity before any live dispatch event.

Start a free pilot → Book a platform demo
No contract · 48-hour revenue model · hello@ampverve.com