Technology brief
What this platform addresses
ARBOK-TURBIO is a compact, closed-cycle mini-hydropower plant designed to generate up to 50 kWh of electricity autonomously.
Pre-Commercial Prototype
Energy Production
ARBOK-TURBIO (Closed-Loop Hydro Power Generator)
ARBOK-TURBIO is a compact, closed-cycle mini-hydropower plant designed to generate up to 50 kWh of electricity autonomously.
The challenge
The problem this technology addresses
Residential homes or apartment blocks; off-grid locations or remote facilities; industrial operations needing backup or supplementary power.
ARBOK solution
How the ARBOK system creates value
ARBOK-TURBIO is a compact, closed-cycle mini-hydropower plant designed to generate up to 50 kWh of electricity autonomously. The system operates using water as the working fluid in a fully closed loop, without the need for a natural water source or external water flow. The main innovation lies in its self-sustaining hydroelectric loop: once activated using any available external power (grid, diesel generator, solar panels, or wind turbines), the system maintains energy production without additional input or fuel. It requires no combustion, no emissions, and no external water replenishment. The installation is approximately the size of a 40-foot container and houses the entire generator system. The technology aims to provide a green, autonomous, and stable power supply where conventional grids are unavailable, unreliable, or environmentally unsuitable.
Water circulates as the working fluid in a fully closed hydroelectric loop. Startup uses any available external power source — grid, diesel generator, solar panels, or wind turbines — after which the loop is self-sustaining and maintains energy production without further input or fuel. No combustion, no emissions, and no external water replenishment.
Market and application
Commercial opportunity
[требует уточнения из базы]
CAPEX и OPEX по проекту не ведём — считаются под конкретную площадку.
Use cases
Where the technology can be applied
Residential homes or apartment blocks; off-grid locations or remote facilities; industrial operations needing backup or supplementary power.
Delivered as a 40-foot containerized unit; started from any available external power source and thereafter unattended, with no consumables and no maintenance personnel required.
Off-Grid Power Systems · Closed-Cycle Hydropower · Autonomous Energy Units
View preserved source description
Overview
ARBOK-TURBIO is a compact, closed-cycle mini-hydropower plant designed to generate up to 50 kWh of electricity autonomously. The system operates using water as the working fluid in a fully closed loop, without the need for a natural water source or external water flow. The main innovation lies in its self-sustaining hydroelectric loop: once activated using any available external power (grid, diesel generator, solar panels, or wind turbines), the system maintains energy production without additional input or fuel. It requires no combustion, no emissions, and no external water replenishment. The installation is approximately the size of a 40-foot container and houses the entire generator system. The technology aims to provide a green, autonomous, and stable power supply where conventional grids are unavailable, unreliable, or environmentally unsuitable.
Applications
Residential homes or apartment blocks; off-grid locations or remote facilities; industrial operations needing backup or supplementary power.
Operating Principle
Water circulates as the working fluid in a fully closed hydroelectric loop. Startup uses any available external power source — grid, diesel generator, solar panels, or wind turbines — after which the loop is self-sustaining and maintains energy production without further input or fuel. No combustion, no emissions, and no external water replenishment.
Key Parameters
| Parameter | Value |
|---|---|
| Output | Up to 50 kWh |
| Format | Containerized unit (40 ft) |
| Working medium | Water (closed cycle) |
| Startup energy | From any external source (grid, diesel, solar, wind) |
| Efficiency | Over 130% COP (claimed under specific conditions) |
| Emissions / waste / noise | None |
| Consumables and staffing | None required |
Architecture and Components
Entire generator system housed within a 40-foot container: closed water loop, turbine-generator set, and startup interface accepting any external power source.
Advantages
No fuel or consumables required. Operates silently. Zero waste or emissions. Can be left unattended. Easy deployment even in hard-to-reach areas. Provides green, autonomous, and stable power where conventional grids are unavailable, unreliable, or environmentally unsuitable.
Integrations
Off-Grid Power Systems · Closed-Cycle Hydropower · Autonomous Energy Units
Deployment & Operation
Delivered as a 40-foot containerized unit; started from any available external power source and thereafter unattended, with no consumables and no maintenance personnel required.
TRL
TRL 6 — Validated in a relevant environment.
Market Potential
[требует уточнения из базы]
Typical Project Economics
CAPEX и OPEX по проекту не ведём — считаются под конкретную площадку.
Risk Factors
Efficiency of over 130% COP is a claim stated as valid only under specific conditions and requires independent verification.
Related Technologies
Off-Grid Power Systems · Closed-Cycle Hydropower · Autonomous Energy Units
Related technologies
Explore adjacent ARBOK systems
Energy Production•TRL 4–5: Validated research
QCORE
is a compact, chip-integrated photonic system designed to perform ultra-fast, analog optical signal processing — including Fourier transforms, spectral decomposition, and temporal filtering — at…
Energy Production•TRL 8–9: Deployment-ready
TRISTONE
is a seawater-based hydrogen production technology built around a thermo-electrochemical process rather than classical liquid-phase electrolysis.
Energy Production•TRL 1–3: Concept / early research
Quantum-Optical Computer
represents a novel approach to quantum computing using photonic (light-based) qubits and optical gates instead of traditional superconducting or trapped-ion approaches.
Partnership pathway