In the Oosterwold district in the Netherlands, residents are required to dedicate at least 50% of their land to urban agriculture. It is changing how neighbourhoods work. Homes, gardens and small farms sit side by side, and residents participate directly in producing food.
The rules are being redefined. Food, land use, infrastructure and community aren’t treated as separate problems but integrated into one operating model. The result is a place that behaves more like a living system than a collection of isolated assets. That same lens is increasingly useful when thinking about energy, where decarbonisation is forcing us to rethink not only what we generate, but where, and by whom. Today, generation is being forced to move from distant power stations to rooftops, fields and community-owned assets.
A choice of ownership and governance
For decades, the electricity system was optimised for scale. Large generators, long transmission lines and customers as passive bill-payers. Now, however, rooftop solar, behind-the-meter batteries, heat pumps, and smart tariffs are pushing production and consumption closer together. The logic is simple. Diversity of assets improves resilience, shorter distances reduce losses, and local generation can unlock new value streams.
Oosterwold is a reminder that “local” isn’t only a technical choice, but one of ownership and governance too. We’re already seeing small, community-funded solar farms and wind projects where residents buy shares, co-invest via local vehicles, or benefit through discounted power and community funds pop up.
Three reasons of relevancy
Policy is starting to catch up. In many regions there are now grants, low-interest loans and revenue-stabilisation mechanisms designed to accelerate renewables and local flexibility. And not before time. Local energy is becoming relevant for three reasons.
First, grid constraints mean that even where there is appetite to build renewables, connections can be slow and expensive. Second, extreme weather and system shocks have made energy security a discussion point around every table across the land. Third, households and businesses increasingly want choices that align with their environmental values.
Governments, to be fair, are also playing a part by tightening targets and reforming markets. Suppliers are therefore being required to make distributed energy simpler to buy, use, and trust. This is important. The underlying technology may be complex, but the experience can’t be.
The operating model for local power
A key enabler of making renewables local is the microgrid, a bounded, controllable energy system that coordinates distributed energy resources (solar, wind, batteries, fuel cells) and local loads. In practice, microgrids turn a cluster of buildings into something closer to a mini-utility with the ability to optimise cost, carbon and reliability in real time.
Use cases for microgrids include campuses, industrial estates, ports, hospitals, data centres and new housing developments. All can combine on-site generation with storage to shave peak demand, avoid punitive network charges and maintain uptime. Within communities, microgrids can also support shared assets such as community batteries, shared EV charging, or local “flex” programs that pay households to shift usage.
Right now, geopolitical factors have caused untold volatility in energy pricing. Decarbonisation and the success of microgrids will not scale on good intentions alone, but when the economics make sense. The most compelling local-energy propositions need to bundle technology with financial design. Shared ownership models, leasing, bill-based finance, or community tariffs that reward flexibility.
Part of the local identity
The aim of local renewable energy is to make participation feel low-risk and high-trust. In many ways, it mirrors the logic of small-scale farming. People are willing to engage when the system is local, legible and when benefits can be distributed fairly. We need to apply that thinking to local renewable energy, by integrating generation, storage, demand and community governance. By doing so we don’t just build greener infrastructure, but build neighbourhoods that can feed and power themselves, plus suppliers that can thrive by enabling it.
In Somerset, where I call home, small-scale farming isn’t a niche trend but part of the local identity. That matters because infrastructure adoption is cultural as much as it is economic. Local food initiatives succeed when they are visible, participatory and easy to join. Local energy can follow the same path if we design offerings that feel tangible (you can see the panels), understandable (you can track production), and inclusive (you can benefit even if you don’t own a roof).
The outages and price shocks we have seen over the past few years have changed the conversation. Households and businesses are now asking practical questions. Will the lights stay on? What happens if prices spike again? Can I control my bill? Local generation and microgrids can provide a safety net. Particularly when designed around critical loads and paired with storage. But the key is that they will only work when they are presented as dependable infrastructure, not a hobby project. Time to get sowing.
