Modular park or glamping site
Multiple living units, shared water, charging, backup and central monitoring.
Concept · Class 03 · a network of properties
M-Hub
A concept, not an available specification. A containerized energy, water, backup and digital-control hub for several homes, a business, a farm or an autonomous-living park.
- Storage
- 60–300+ kWh*
- Power
- 30–150+ kW*
- Buildings
- from 2 to a network
- Format
- 10/20 ft or custom
Local infrastructure
When autonomy goes beyond a single home.
M-Hub combines shared resources for multiple properties: generation, storage, backup, water, connectivity, vehicle charging and central monitoring. Instead of duplicating large systems in every home, the infrastructure works as a local service.
This is a project-based product. Its technical and financial model depends on load profiles, user numbers, operating modes, seasonality, sources, permits, grid connection and expansion potential.
Business, farm or production facility
Critical processes, peak loads, backup sources and a need for managed service.
A new autonomous location
A microgrid that can be deployed in stages and expanded as more properties are added.
M-Hub architecture
Resources are physically separated. Control is digitally connected.
Energy zone
Storage, power electronics, AC/DC configuration, grid and generator inputs, protection and metering.
Generation and microgrid
Solar arrays, external sources, distribution between properties, priorities and power limits.
Water and utility resources
Reserves, treatment, pump groups, quality and consumption monitoring within the agreed scope.
AI OS central monitoring
Asset overview, alarms, resource forecasting, logs, access roles and service scenarios.
Safety and service
Zoning, access control, fire response scenarios, ventilation, bypass and space for repairs.
Three M-Hub scales
From a local core to network infrastructure.
These classes frame the preliminary study. Final capacity is determined by an hourly model of consumption, backup and generation.
One location
For multiple homes or a small hospitality or service property.
- indicative 60–100 kWh
- power from 30 kW
- shared backup and water
- 10 ft or compact custom format
Modular park
A complete engineering core for a network of living units and shared infrastructure.
- indicative 100–200 kWh
- from 50 kW system power
- solar canopy and charging
- 20 ft service centre
Business or microgrid
For high power, multiple sources, critical processes and phased expansion.
- from 200 to 300+ kWh
- from 100 to 150+ kW*
- multiple containers or custom format
- extended central monitoring
* High power requires a dedicated electrical design, grid approval, selective protection, a fire safety concept and specialist operation.
More than a container
Infrastructure that grows with the site.
Start with the core
Critical resources and the first connected properties are commissioned first.
Add generation
Solar arrays, canopies or other sources are connected under the approved design.
New consumers
Homes, service buildings and chargers are added after verifying the resource balance.
A second hub
When the first centre reaches its limit, another standardised module joins the network.
The preliminary study matters more than the catalogue
First the site's business model. Then its technical model.
M-Hub makes sense only when the properties, users, consumption schedules, revenue sources, responsible operator and development plan are understood.
Concept
The site's scenario, development phases, users and level of autonomy.
Data collection
Loads, water, utilities, transport, land, climate and permits.
Preliminary study
Resource balance, block diagram, indicative CAPEX/OPEX and risks.
Design
Architecture, electricity, water, automation, fire safety and service concepts.
Production
Enclosure, zoning, installation, factory acceptance testing and digital passport.
Specialist logistics
Low-loader or container transport, crane and rigging plan.
Integration
Site connections, site acceptance tests, degraded operating modes and training.
Operator
Procedures, SLA, spare parts, central monitoring and network development.
An infrastructure agreement
Not a box in a basket, but an asset with a lifecycle.
Cost is broken down into the preliminary study, module, external utilities, logistics, site readiness, commissioning, software control and long-term service.
M-Hub is not delivered as a regular parcel. A marketplace may provide an enquiry channel or standardised configuration, but physical delivery is handled by a specialist carrier under an agreed logistics plan.
Documentation
Preliminary-study agreement, technical conditions, design, readiness schedule, acceptance tests and SLA.
Delivery
Container or specialist transport, crane, route permits and engineering preparation of the site.
Installation
Placement, connection to external utilities, commissioning of each system and integrated testing.
Operation and service
A responsible operator, procedures, remote support, scheduled visits and a stock of critical components are required.
Insurance
Designed around asset risks, liability, business interruption and the specific insurer's requirements.
Leasing and project financing
Most relevant to B2B, following a financing partner's assessment of resale value, usage agreements, cash flow and asset eligibility.
M-Hub enquiry
Let's start with a preliminary study, not a container price.
Share the site's parameters. Our team will check whether M-Hub is justified, which class is needed and what data to collect for the resource and financial model.
Site qualificationInput data mapCAPEX, OPEX and development-phase framework
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