Overview
SYNERGON is a retrofit platform that converts existing diesel machines into zero-fuel, zero-emission pneumatic systems without replacing the engine block. It combines two ARBOK components: the Airgizer (a mechanical adapter that lets a diesel engine run on compressed air at 30+ bar) and a graphene-based Binary Battery that powers an onboard compressor to recharge the air supply autonomously — forming a closed-loop, no-fuel propulsion cycle.
Applications
Military depots (vehicle decarbonization without logistics overhaul); mining fleets (autonomous compressed-air cycles underground); agriculture (zero-emission tractors/harvesters); developing regions (battery-air hybrid leapfrogging); hot environments (Airgizer doubles as thermal dump).
Users: heavy-fleet operators where full electrification is infeasible.
Operating Principle
The Airgizer installs between intake manifold and throttle body, letting the engine run on high-pressure air (30–40 bar) instead of diesel — the mechanical drive stays intact. A graphene Binary Battery powers an onboard compressor (optionally aided by solar and regenerative braking) to recharge the air tanks, closing the loop.
Limitations: this is a system-level integration of two independently unproven ARBOK components (Airgizer + Binary Battery); the closed-loop energy balance is modelled, not demonstrated.
Key Parameters
Compressed-air storage: 30–40 bar onboard tanks. Engine compatibility: Cummins, Caterpillar, Perkins and other heavy diesels. Battery: graphene Binary Battery, 5–15 kWh. Air recharge: battery + optional solar + regenerative braking. Added system weight: +180–230 kg. Maintenance reduction: up to 90 % (no filters, oil, combustion). Fuel-cost savings: up to $70 000/year per unit (diesel baseline).
Note: the round-trip air-compression energy balance is the critical unvalidated assumption.
Architecture and Components
Airgizer adapter (intake-side, no engine removal); compressed-air tanks (30–40 bar) with safety valves + thermal bypass; graphene Binary Battery (5–15 kWh); onboard compressor; optional solar + regenerative-braking inputs. No rare-earth motors; existing mechanical drivetrain retained.
Advantages
Technical: no engine removal; retains mechanical drive; no rare-earth motors; integrated safety/thermal management. Economic: large claimed fuel and maintenance savings; retrofit avoids fleet replacement. Strategic: decarbonizes sectors where electrification is infeasible; Airgizer thermal-dump benefit in hot environments.
Integrations
Built on BINARY BATTERY and the Airgizer adapter; optional solar/regenerative-braking inputs; complements ARBOK off-grid energy systems. Depends on both sub-technologies maturing.
Deployment & Operation
Steps: install Airgizer between intake and throttle → fit air tanks + Binary Battery + compressor → tune compressor for duty cycle (mining/agri/military) → operate closed-loop. Field demonstration pending.
TRL
TRL 2 (confirmed by Michael). Technology concept formulated: system architecture and energy model exist, but SYNERGON depends on two unproven components (Airgizer, Binary Battery) and no integrated prototype has been demonstrated. (Lowered from the legacy "TRL 3–4" claim because the integrated closed-loop has not been built.)
TRL scale:
- TRL 1 — basic principles observed
- TRL 2 — technology concept formulated ← SYNERGON
- TRL 3 — experimental proof-of-concept
- TRL 4 — validated in lab
- TRL 5 — validated in relevant environment
- TRL 6 — demonstrated in relevant environment
- TRL 7 — prototype in operational environment
- TRL 8 — system complete and qualified
- TRL 9 — proven in operational environment
Market Potential
Heavy diesel fleets in agriculture, mining, rail, and defense are hard to electrify and face decarbonization pressure. A no-engine-swap retrofit to compressed-air drive — if the energy balance validates — addresses these segments and developing-region leapfrogging.
Typical Project Economics
Claimed up to $70 000/year fuel savings and up to 90 % maintenance reduction per unit, against added weight (+180–230 kg) and retrofit cost. No CAPEX/payback figures in source — flagged as missing; economics indicative until demonstrated.
Risk Factors
Compound dependency: relies on two unproven technologies (Airgizer + Binary Battery). The compressed-air round-trip energy balance is the core unvalidated assumption — pneumatic drive is energy-lossy, so the autonomous-recharge claim needs proof. Added weight penalizes payload. Savings figures undocumented. Legacy TRL overstated relative to integration maturity.
Related Technologies
BINARY BATTERY · AEROBATT · ARBOK-PION · MW-SPARKER