The smart choice in energy management, battery storage, wind turbines, fast charging stations and solar panels

The Dutch electricity grid is jammed. Project developers, contractors, and private individuals are waiting months or even years for a grid connection. Meanwhile, construction projects are stalled, and housing plans are delayed. Building without a grid connection is therefore becoming an increasingly serious consideration – not only for idealistic tiny house residents, but also for regular housing developers and construction sites.

This article provides a step-by-step guide to implementing a project that relies little or nothing on the existing electricity grid. From initial design choices to technical installations, from regulations to practical examples. Everything you need to know to build self-sufficiently at a time when demand for electricity exceeds the maximum capacity of the power grid.

What exactly does building without a grid connection mean?

Before diving into the technical details, it's important to understand what "building off-grid" actually means. There are different levels and applications.

Temporary phase versus permanent phase

When building without a grid connection, a distinction can be made between two situations:

Temporary phase (construction site)

• The chain park, cranes, lighting and electrical equipment run entirely on their own energy
• No connection to the existing grid connection of the grid operators
• Particularly relevant for infrastructure projects where no grid is available

Permanent phase (delivery)

• After completion, the home or building functions completely or largely off-grid
• Generating, storing and consuming energy takes place locally
• No or minimal dependence on the electricity grid

Fully off-grid versus partially independent

There are gradations within grid-independent construction:

• Completely off-gridNo electricity, gas, sewer, or water connections. You are completely self-sufficient for all utilities.
• Partly independent: administratively, you still have a small grid connection as a backup, but in practice you largely run on your own generation and storage.

In the Netherlands, most projects choose the latter option. The grid then acts as a safety net for peak demand or winter periods, while in practice, you're dependent on your own energy system for a longer period than on grid power.

Concrete examples in the Netherlands

• Tiny house projects in Drenthe and Friesland that have been running entirely off-grid since 2021
• Construction sites along highways and railways where no grid capacity is available
• Holiday homes in nature reserves where connection is too expensive or impossible
• Experimental housing projects with permission from municipalities to fully to live self-sufficiently

Reasons to build without a grid connection

Why would you choose the added complexity of off-grid or grid-independent construction? The reasons are diverse and often practical.

Practical and financial motives

• Avoid waiting timesNew connections for large consumers can take months to more than a year. Projects in regions with severe grid congestion—think Almere, Haarlemmermeer, parts of Utrecht, and Gelderland—are stalled as a result.
• Avoid high connection costs: the costs for grid reinforcement, new cables and transformer houses can amount to tens of thousands of euros per project.
• Save on fixed charges: no connection means no fixed monthly costs for electricity and gas.
• Independence from energy prices: you are less vulnerable to fluctuations in the energy market.

Sustainability considerations

• Locally generated energy with solar panels means less transport losses
• Emission-free construction sites without diesel generators reduce nitrogen and particulate matter emissions
• Conscious consumption reduces the ecological footprint
• Contributing to the energy transition by reducing pressure on the overloaded grid

Flexibility and independence

• For temporary projects or relocatable homes (tiny houses) you can be on location quickly
• No dependency on grid operators for planning and implementation
• Certainty about your energy supply, even in the event of grid problems elsewhere

Note: high initial investment

Building off-grid isn't automatically cheaper. The investment in solar panels, batteries, inverters, and control systems can quickly run into tens of thousands of euros. However, you do gain independence and predictable long-term costs.

Design choices: fully off-grid or hybrid solution?

The first crucial design decision: do you opt for a completely off-grid build or a hybrid structure with a limited grid connection?

Completely off-grid

Completely off-grid is suitable for:

• Remote locations without a transformer house nearby
• Tiny houses and holiday homes with limited consumption
• Projects where a conscious choice is made for maximum self-sufficiency

This requires:

• Large PV capacity (more panels than in regular situations)
• Large battery storage to bridge days without sun
• Alternative heat sources such as a wood stove or pellet stove
• Smart energy management to spread peaks

Hybrid solution (partially grid-independent)

With a hybrid approach, you remain administratively connected, but in practice you largely operate on your own generation and storage:

• The grid acts as a backup during winter periods or unexpected peaks
• Interesting for regular single-family homes and apartment complexes
• Provides security without being completely dependent on the power grid
• Enables the return of excess capacity

Practical rules of thumb

• A standard Dutch household consumes approximately 2.300-2.500 kWh electricity per year
• Gas-free homes with heat pumps and induction can generate up to 5.000-6.000 kWh/year
• In winter months, 4-5 times as much PV surface is needed to cover the same demand off-grid
• South-facing orientation and a slope angle of 30-40 degrees optimize yield

Technical basis: energy generation without grid connection

The main reason off-grid living is technically feasible is the development of solar energy and storage technology. Here's an overview of the most important sources.

Solar panels as main source

Solar panels are the backbone of any off-grid system:

• For a standard home, 10-20 panels are common (3-7 kWp)
• On construction sites you often see larger field setups with 50-60 panels
• A 400 Wp panel produces an average of 350-400 kWh per year in the Netherlands
• Optimal orientation (south) and angle of inclination enhance winter yield

Small wind turbines as a supplement

Wind can provide energy in autumn and winter when sun is scarce:

• Systems from 1-5 kW provide additional energy
• Particularly effective in open, windy locations
• Restrictions on permits, noise and visual impact
• Often less profitable in densely built-up areas

Emergency generator for exceptional situations

A generator acts as a last resort:

• Use on several dark winter days in a row
• Conventional diesel generators have environmental and noise disadvantages
• Modern alternatives:

  • HVO (biodiesel) powered aggregates with lower emissions
  • Hydrogen fuel cells for emission-free backup

• A clean backup is essential for emission-free construction ambitions

Energy storage: batteries as the heart of the system

No off-grid without storage. You need power even when the sun isn't shining, and batteries are essential for that.

Typical storage capacity

The required capacity depends on your situation:

Type of project	Typical capacity
Tiny house	10-20kWh
Average residential house	20-40kWh
Construction site/shack park	200-300 kWh or more

A few solar panels and a home battery aren't enough to power a complete house. For serious off-grid living, you'll need to consider significant sizing.

Technology

The most commonly used technologies:

• Lithium-ion: most common, good energy density
• LFP (lithium iron phosphate): longer life (more cycles), better safety, less fire hazard, but slightly lower energy density

The lifespan of batteries is typically 10-15 years, depending on usage and quality.

Smart control

A good energy system requires intelligent control:

• Automatic switching between solar power, battery and any backup
• Flatten peaks so that heavy consumers (taps, heat pumps, charging stations for electric cars) do not draw everything from the battery at the same time
• Prioritizing essential consumers
• Prevent peak loads by spreading consumption over the day

Electric cars as storage?

In the long term, electric cars can be connected via vehicle-to-home (V2H) provide extra storageFor now, they're mainly additional consumers that burden the system. This must be taken into account when designing off-grid systems.

Heat and hot water without gas network

Off-grid living also means no gas connection. How do you manage heating, hot water, and cooking?

Space heating

The biggest challenge in Dutch winters:

Heat pump

• Sustainable choice, but high power consumption in winter
• Requires sufficient battery capacity and PV surplus capacity
• Low-temperature heating (underfloor heating) is more efficient

Alternatives

• Wood or pellet stove: effective, but pay attention to particulate matter and wood supply
• Combine with extra insulation to minimize heat demand
• Sun-oriented orientation of the house for passive heat gain

Hot tap water

• Solar boiler with collectors: widely used off-grid solution, captures direct heat from the sun
• Electric boiler: powered by PV and battery, but requires a lot of energy
• Combination of both for optimal coverage throughout the year

Cooking

• Induction hob is efficient but requires relatively much power
• Fine-tune the battery system to avoid peaks
• In extreme off-grid situations: cooking on a wood or pellet stove

Water, sewerage and other facilities off-grid

Off-grid living goes beyond just electricity. Other amenities also require a different way of thinking.

Drinking water

• Local source (well) with purification plant
• Rainwater harvesting for toilet, washing machine and cleaning
• Strict Dutch quality standards apply to drinking water
• Filtration and UV treatment for safe drinking water

Sewerage and wastewater

• IBA (Individual Wastewater Treatment): recognized solution for non-connected locations
• Helophyte filternatural purification via reed fields
• Septic tank: traditional but less sustainable
• Composting toilets as an alternative in very small projects

Internet connection and telephony

• Mobile connection via 4G/5G as an alternative to fixed lines
• Suitable antenna solutions for remote locations
• Satellite internet as a last resort (higher costs, variable reliability)

Regulations: what is and is not allowed in the Netherlands?

Building completely off-grid is not prohibited in the Netherlands, but you must remain within the framework of laws and regulations.

Important rules and regulations

• Building Decree/Bbl: sets requirements for safety, health, usability and energy
• Gas connection: not mandatory for small consumption since July 1, 2018
• Electricity connection: not legally required, but installation must comply with NEN 1010
• Environmental permit: municipalities can impose additional requirements

Practical considerations for developers

• To terminate an existing grid connection, the meter must be removed and the connection administratively terminated.
• Municipalities can impose requirements on fire safety, environmental impact and health
• Storing large battery packs requires attention to fire safety and distance from buildings
• Some zoning plans may prescribe connection to certain facilities

Experiment room

There are examples of municipalities that offer room for experimentation:

• Temporary off-grid tiny house projects with municipal permission
• Emission-free construction sites as a requirement for tenders from 2025-2030
• Pilot projects for "network-conscious construction" in Utrecht and Gelderland with approximately 6.500 homes

Sustainability: benefits and pitfalls of grid-independent construction

Off-grid building is often presented as sustainable, but the reality is more nuanced.

Positive impact

• Lower CO₂ emissions: locally generated solar energy without transport losses
• Lower grid load: you relieve the overcrowded electricity network
• Emission-free construction sites: no diesel generators means less nitrogen and particulate matter
• Conscious consumption: Off-grid living makes people more aware of every kWh of energy they consume

pitfalls

• Conventional diesel generators as backup undermine sustainability
• Intensive wood burning can lead to air quality problems
• Battery production and recycling has its own environmental impact
• Winter periods sometimes require fossil backup

Energy neutral versus off-grid

Aspect	Energy neutral	Off grid
Connection	Yes, with return delivery	No or minimal
Annual balance sheet	Generation = consumption	Not necessarily in balance
Assured	Just like backup	Own storage as backup
Generator	Not required	Sometimes it is necessary

An off-grid home is not automatically energy neutral, and vice versa.

Practical examples of building without a grid connection

Theory is nice, but how does it work in practice? Three Dutch examples.

Example 1: Harderwijk Pilot Tiny Houses

Since 2019, a pilot project has been running in Harderwijk with three tiny houses where residents must be completely self-sufficient.

• Goal: investigating whether off-grid living can be practical and comfortable
• Energy sources: solar panels, battery storage, alternative heat sources
• Lessons:

  • Residents are becoming much more aware of their consumption
  • Initial investment is high
  • Amenities are more basic than in traditional homes
  • Off-grid makes people more creative in energy use

Example 2: Carolien's Tiny House in Brabant

Carolien has been living completely off-grid in her self-built tiny house for about six years now.

• Goal: conscious and sustainable living without dependence on utility companies
• Method: second-hand materials, truck trailer as a basis
• Energy systemPV panels with battery storage
• Lessons:

  • Economical consumption is essential
  • Concessions in comfort during extreme periods
  • Maintaining your own system requires knowledge and time

Example 3: Off-grid projects in Drenthe

In Drenthe there are several tiny house projects on farms and recreation parks where off-grid options are becoming offered.

• Goalflexible and sustainable living in rural areas
• Features: small-scale capacity choices, limited facilities
• Lessons:

  • Recreational and seasonal use works well
  • Full occupancy requires more investment
  • Local authorities are often willing to provide input

Financial feasibility and business case

Is building off-grid financially sound? The answer depends on your situation.

When it makes sense

• If grid connection is impossible or very expensive
• For temporary projects where connection costs do not outweigh the benefits
• When grid congestion delays cost more than an off-grid solution
• For small projects (tiny houses, holiday homes) with low consumption

Cost items to take into account

• Investment: solar panels, batteries, inverters, control technology
• Optional: wind turbine, generator, water purification, IBA
• Maintenance: replace batteries after 10-15 years, inverters after 10-12 years
• Potential savingsconnection costs, grid reinforcement, fixed charges

Order of magnitude of investments

• Off-grid system for tiny house: several thousand to ten thousand euros
• Completely off-grid home: tens of thousands of euros
• Mobile battery systems for construction sites: rental or purchase structures with comparable amounts

Seasonal versus year-round

Off-grid tiny houses or holiday homes with lower and seasonal consumption are financially easier to realise than regular family homes that require heat and electricity all year round.

Design and lifestyle choices for comfortable off-grid living

Technology alone isn't enough. Comfort also depends on how you design and how you live.

Design choices that make the difference

• Excellent insulation: minimize heat demand through sealing and high Rc values
• Orientation to the sun: large south-facing windows for passive heat gain
• Energy-efficient appliances: choose A-labels and devices with low standby consumption
• Compact living space: living smaller means less energy needed
• Smart layout: place heat sources centrally for efficient distribution

Lifestyle choices for off-grid residents

• Spread consumption: washing and cooking when the sun is shining
• Avoid peak consumption: do not use all heavy equipment at the same time
• Accepting concessions: light restrictions during extremely dark winter days
• Monitor and adjust: regularly check your consumption and adjust your behavior

The awareness that comes with off-grid living often leads to lower consumption, allowing the system to be sized smaller and cheaper.

Summary and next steps for your project

Off-grid construction is no longer just for idealists or adventurers. Due to grid congestion and sustainability goals, it's becoming a serious option for a growing number of projects. The combination of energy sources such as solar panels, battery energy storage, alternative heating systems, and smart control systems makes it technically feasible to build completely or largely off-grid in the Netherlands.

However, it does require careful consideration. The financial investment is higher than with traditional grid-connected construction, and the perceived comfort level depends heavily on the design and user behavior. But for projects that would otherwise have to wait for years for the overloaded power grid, off-grid construction offers a concrete solution.

Next steps for your project

• Start early: make choices about the degree of grid independence during the design process
• Work with specialists: find consultants with experience in energy storage and off-grid installations
• Check local rules: ask the municipality and grid operator which regulations and restrictions apply
• Dimension spaciously: take winter periods and unexpected consumption into account
• Think hybrid: consider a minimum grid connection as a safety net for maximum security

Want to get started? Start with a feasibility analysis for your location and consumption profile. With the right preparation, a self-sufficient project isn't a utopia, but a realistic ambition.