master.boost
Technical data
The Smart Core of a Hybrid Energy System
master.boost is the intelligent core that turns individual components into a complete renewable energy system. It connects naca.boost wind turbines and sky.boost solar arrays, receives both power streams simultaneously, and manages them automatically - balancing supply, routing power where it is needed, and storing what is not. The result is a continuous, reliable energy supply that neither wind nor solar could deliver alone, and the foundation for genuine energy self-sufficiency.
Compact. Powerful. Fully Connected.
Built on professional-grade hardware and housed in a compact tower cabinet, master.boost is available in several base versions - each ready to connect to the grid, wind, solar, and diesel generator inputs out of the box - with fully custom configurations available for more complex requirements.
Energy for Every Scenario
The range of applications is broad. For grid-connected sites, master.boost increases self-consumption of renewable energy and reduces energy costs, with surplus power either fed back into the grid or retained within the system. For operations that cannot afford downtime, it provides UPS-grade emergency backup with a switchover time of under 20 ms. For sites with no grid access at all, it delivers fully autonomous off-grid power - day and night, in any weather.
Flexible Power Configurations for Complete Self-Sufficiency
Battery storage scales from 15 kWh up to 300 kWh, with total system output of up to 45 kW. Installation is fast and straightforward - the cabinet arrives pre-wired and pre-labelled, minimising time on site and the risk of commissioning errors.
One system. Every application. Always in control.
Key Advantages
Intelligent Power Control
master.boost manages multiple renewable energy sources simultaneously and prioritises them according to customer requirements. Energy can be fed into the grid, stored in the battery, or routed directly to connected loads - all time-dependently and fully automatically. A comprehensive sensor array monitors wind, solar irradiance, temperature, voltage, current, state of charge, and generator fuel level in real time, giving the system the data it needs to make the right decision at every moment.
Scalability
master.boost is built around a flexible base system with extensive options for expansion and adaptation. Power output, battery capacity, energy sources, and output configuration can all be scaled or modified - ensuring the right fit at installation and the ability to grow as requirements evolve, without replacing the core system.
Open Architecture
master.boost is built on an open hard- and software platform that adheres to international standards - ensuring long-term compatibility, independence from proprietary ecosystems, and straightforward integration with third-party systems via a wide range of open interfaces.
This is what interests our customers
What is master.boost built on, and how is the system monitored and controlled?
master.boost is built on professional-grade power electronics with a strong reputation for longevity, efficiency, and reliability in demanding off-grid and hybrid renewable energy applications — components designed to operate continuously in remote conditions and network modularly into a coherent, manageable system.
Monitoring and control are available at every level. On site, a touch display and browser access via IP address cover commissioning and diagnostics. Remotely, a dedicated app and free online portal provide real-time visibility of energy flows, state of charge, and output loads from anywhere in the world — at no additional cost.
What power output levels and battery capacities does master.boost support?
The standard configuration delivers 3 × 6 kW for three-phase operation, totalling 18 kW. The system scales from single-phase operation at 3 kW up to three-phase operation at 45 kW, accommodating a wide range of installation sizes and demand profiles. Battery capacity is equally flexible: each module provides 15 kWh, and up to 20 modules can be combined without complexity — delivering a total storage capacity of up to 300 kWh.
Which energy sources can master.boost manage simultaneously?
master.boost is designed to handle multiple input sources in parallel — including wind, photovoltaic, hydropower, petrol and diesel generators, and the public grid. Any surplus energy that is not consumed on the output side is automatically directed into battery storage or fed back into the grid, depending on what is technically possible and configured according to customer preference.
How is the AC output side of master.boost configured?
The tower cabinet provides spring-clamp terminals for direct customer-side connection to an AC distribution board with appropriate circuit protection. Output current can be limited via software configuration. In the near term, novventos will offer a selection of pre-configured standard distribution options alongside the existing capability to design the AC output side to custom specifications — ensuring the right solution for both standard installations and more complex requirements.
Do you have any questions?
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