Where Bright Ideas
Come to Life!
Come to Life!
There's something genuinely magical about a garden that comes to life at night. During the day, your planting, your landscaping and your hard work speak for themselves. But once the sun goes down, without the right lighting, all of that disappears. The right garden lighting doesn't just make a space visible — it creates atmosphere, extends the usable hours of your garden, adds security, and honestly, it can make a well-designed garden look even better at night than it does in the daytime.
At Bright Spark Electrical Services, we carry out garden lighting installations across Tonbridge, Tunbridge Wells, Sevenoaks, Crowborough and the surrounding areas of Kent. I'm Karen Smith, Director and a qualified electrician with over 25 years of experience. I also hold a degree in horticulture — which means when it comes to highlighting plants, shrubs, trees and planting schemes, I'm not just guessing. I know what looks good and why. Combined with our team of NICEIC-registered electricians working to Part P and BS7671 wiring regulations, you're getting both the horticultural eye and the electrical expertise under one roof.
This article walks you through everything — the different types of garden lighting, how cables are run safely and in compliance with regulations, switching options including wireless control, and a few practical details that make the difference between a garden lighting scheme that looks thought-through and one that looks like an afterthought.
Before we get into the different types of fittings and what goes where, it's worth saying something about the planning stage, because this is where most people either get it right or go wrong.
Garden lighting done poorly tends to fall into one of two camps. Either everything is lit equally, which creates a flat, car-park effect with no atmosphere, or random features get lit with no coherent logic, so the garden feels busy and confused rather than considered. Neither is what you're after.
Good garden lighting works like theatre lighting. You decide what you want people to notice — the beautiful Japanese maple in the corner, the ornamental urn by the terrace, the pergola where you eat in summer — and you use light to draw the eye to those things, while letting other areas sit in softer light or shadow. Contrast is everything. Without darkness, there's nothing for the light to work against.
When I visit a garden to survey for a lighting scheme, I'll usually ask to come back in the evening too, so we can walk around together and talk about what matters to you, what you want to highlight, and where you want the atmosphere to sit. That conversation shapes the whole design. It's a lot harder to retrofit a bad lighting scheme than it is to plan a good one from the start.
The workhorse of most garden lighting schemes is the adjustable garden spotlight. These are typically spike-mounted fittings that push directly into the soil alongside your planting, and they're incredibly versatile because you can point them wherever you need them — and reposition them as your garden changes through the seasons.
Spotlights work beautifully for highlighting individual plants or planting groups. A statement phormium, a large ornamental grass, a mature hosta clump in a shaded border, or a climbing rose trained against a fence — all of these become focal points after dark with a well-aimed spotlight. The beam angle matters here. Narrow beam spots (around 15–25 degrees) create a tight, dramatic pool of light that's ideal for specimen plants or architectural features. Wider beams (40 degrees or more) wash broader areas more gently, which suits drifts of planting or mixed borders where you want illumination without picking out a single plant.
For ornamental features — urns, garden sculptures, large decorative pots, birdbaths and the like — spotlights are again the natural choice. The trick is not to over-light. One well-aimed spotlight from slightly off-centre tends to look more interesting than two lights pointed straight at the front of a feature, because you get shadow and depth rather than a flat, lit-up effect.
Lattice fencing and trellis panels catch light differently to solid fencing. Because the light can pass through the gaps, you get a lovely pattern of light and shadow projected onto nearby surfaces — walls, paving, planting — which adds texture and visual interest you simply don't get with solid structures. A low-level spotlight aimed up at a section of lattice fencing can create a genuinely beautiful effect that people rarely expect.
Shrubs and hedges respond well to spotlighting from below, particularly evergreens with interesting texture — box balls, yew hedging, photinia, pittosporum. The upward light picks out the leaf texture and creates a sense of depth in the border. Deciduous shrubs work differently — in winter when they're leafless, an uplit shrub has a skeletal, structural quality that's actually very striking. It's worth thinking about how your planting looks in all seasons, not just in July when everything's in full growth.
Up-down lights are wall-mounted fittings that throw light both upward and downward simultaneously. They're elegant, architectural and very effective on any vertical surface — the walls of your house, boundary walls around the garden, garden buildings, or outbuildings.
On the house itself, up-down lights mounted at intervals along a wall add a layer of sophistication that porch lights simply can't match. They create rhythmic pools of light across a rendered or brick face that look particularly effective in the evening when you're looking back towards the house from the garden.
On boundary walls — whether brick, stone or rendered block — up-down lights add definition to the boundary and help connect the garden space visually. Placed at regular intervals, they guide the eye around the garden perimeter and can be very effective for larger gardens where you want the space to feel considered and lit rather than dark beyond the patio.
Garden buildings — summer houses, home offices, garden cabins, studios — benefit enormously from up-down lighting on their exterior walls. It makes the building feel like a proper feature of the garden rather than a functional box sitting at the end of a lawn. If you use the building in the evenings, exterior up-down lights also mean you can navigate to and from it without needing to walk through darkness.
The fittings need to be IP-rated for outdoor use, and we'd always use LED versions for energy efficiency and longevity. Warm white is almost always the right choice — more on colour temperature further down.
Ground lights — also known as inground lights or recessed path lights — are exactly what they sound like: fittings that sit flush with the surface of your paving, patio or decking. Done well, they're one of the most elegant options in a garden lighting scheme. Done badly — too many of them in a row, spaced like a runway — they look like you're about to take off.
The practical use case for ground lights in pathways is clear. They mark out the route from the house to the garden cabin, from the patio to the gate, from the terrace to the lawned area, without requiring any overhead lighting that might feel harsh or intrusive. They cast light down and slightly outward across the path surface, meaning you can see where you're walking without any glare.
On a patio or terrace, recessed ground lights can be positioned around the perimeter to define the edges of the space, or used more sparingly as accent points within the paving scheme. On decking, they're very effective built into the deck boards themselves, particularly along steps or level changes where you want to clearly define the edge for safety as well as aesthetics.
The installation requirements for ground lights are worth understanding. Because they're flush to the surface, the wiring has to come up from beneath — which means planning the cable routes at the point of installation, ideally when the paving or decking is being laid. Retrofitting ground lights into existing hard landscaping is possible but involves more disruption. If you're having landscaping work done, it's genuinely worth having us in at the same time, or at minimum having a conversation about conduit routes before the slabs go down.
A pergola or gazebo is one of the most rewarding places to get the lighting right, because it's the space you actually sit in during summer evenings. Bad lighting here — a single bulkhead fitting, or a string of fairy lights that have seen better days — doesn't do justice to a well-built structure and makes the space feel unfinished.
What works very well for pergolas and open-sided garden structures is small adjustable spotlights mounted in the corners of the structure, pointing downward. These can be aimed to cover the seating or dining area below, and because they're in the corners rather than overhead, the light has a directionality that feels more considered — closer to candlelight in quality, even though it's obviously an electric source.
The advantage of adjustable spotlights in this position is that you can direct the beam precisely where you need it. If you move the table, you move the aim of the spotlight. If you want to illuminate a centrepiece or a serving area, a small adjustment takes thirty seconds. They're also low profile on the pergola structure itself, which means the fittings don't distract from the architecture during daylight hours.
LED spotlights in this application draw very little power, which means running costs are negligible. A full set of pergola corner lights running for four hours an evening will cost you pennies. The investment is in the installation — getting the wiring into the structure neatly, connecting back to the switching arrangement — not in the ongoing energy use.
Large specimen trees are one of the most dramatic features you can light in any garden, and the approach we use for these is slightly different to the spike spotlight method used for smaller plants.
For mature trees — a well-established oak, a large ornamental cherry, a substantial pine or cedar — we use low-energy LED floodlights, surface-mounted onto a paving slab. The light is aimed upward at the trunk and into the canopy, washing the bark with light from below and catching the branches and leaves as they spread above. At night, a well-lit specimen tree becomes the centrepiece of the garden. It's genuinely extraordinary what the right uplight does for a large tree — you see it completely differently, the texture of the bark, the structure of the branching, the scale of the canopy.
The reason we mount these fittings on a paving slab rather than just pushing a spike into the ground or surface-mounting onto the earth is entirely practical. When the garden is being maintained — and lawn mowing in particular — a light fitting in the ground near a large tree is a cable hazard. Lawnmowers don't forgive cables in their path. By mounting the floodlight on a paving slab, the cable can be routed beneath the slab and kept away from the mower deck entirely. It also means the fitting is stable and level, which matters for getting the beam angle right on a large tree.
The floodlights we use for this application are IP65-rated (fully dust-tight and water-jet resistant), low-energy LED, and in a warm white colour temperature. Multiple fittings may be used for very large trees, positioned at different angles around the base to give three-dimensional illumination rather than a flat front-lit look.
Post lights add vertical interest to a garden scheme and work well in several positions — mounted in the ground alongside a path or driveway, or fitted to the top of a wall or gate pillar.
Ground-mounted post lights alongside a path or driveway serve both a practical and aesthetic purpose. They light the route, define the edges, and add a sense of occasion — particularly to a longer path or driveway where you want guests to feel welcomed from the gate. There's a wide range of styles available, from clean contemporary lanterns to more traditional designs that suit period properties, so the fitting can be chosen to match the house and garden style.
Wall-top and pillar-top post lights are effective for marking the entrance to a driveway or gateway, or placed along the top of a low boundary wall to add definition and light to the garden perimeter at low to medium height. They work particularly well in pairs — one on either side of a gate or entrance — as the symmetry feels considered and deliberate.
As with all external fittings, post lights need to be IP-rated for permanent outdoor installation, and all wiring must be carried out in accordance with BS7671 and Part P regulations. This is especially important for fittings in the ground or on pillars, where exposure to moisture and ground movement is a regular factor.
Beyond the standard garden post light, there's a whole category of installation that makes a genuinely dramatic statement in a larger garden or on a property with the right character — the traditional street lantern style, scaled for private gardens and driveways.
These are the cast iron or cast aluminium column lights modelled on Victorian and Georgian street lighting — fluted columns, ornate bases, period lantern heads — and they work beautifully in the right setting. We install these in heights ranging from around 2 metres for a shorter, more intimate garden scale, up to 3.5 to 4 metres for a full-height presence that genuinely commands attention on a long driveway or at the entrance to a larger property.
At 2 to 2.5 metres, a traditional lantern column works well flanking a front entrance, positioned at the edge of a terrace, or used as a pair either side of a garden gateway. At this height they feel proportionate to a domestic garden without overwhelming it, and they add a period quality that suits older or more traditional properties particularly well — Victorian villas, Edwardian houses, Georgian-fronted townhouses and country homes all lend themselves to this style.
At the taller end — 3 to 4 metres — these lights become proper landmark features. A single tall lantern column at the entrance to a driveway sets the tone for the whole property from the road. A pair of them flanking a gate or entrance arch is genuinely striking. In a larger country garden, a traditional column light positioned at a key point in the landscape — the junction of two paths, the centre of a formal area — does what a sculpture does: it anchors the space and gives it a sense of intention.
The lantern heads themselves come in a range of traditional styles — from simple four-sided glazed lanterns through to more ornate designs with decorative metalwork, curved glass panels and period finials. All are fitted with low-energy LED light sources in warm white, so you get the traditional aesthetic without the running costs or maintenance burden of older lamp types. LED versions of these fittings are also far more reliable over the long term — the lamp in a well-installed LED lantern column should last many years without attention.
Every installation includes proper foundation work. A column light of this height and weight needs a concrete foundation pad engineered for the purpose — not just a post rammed into the ground. We carry out all foundation work as part of the installation, and the below-ground cabling is run in SWA with hazard warning tape above, exactly as with any other buried garden circuit.
At the opposite end of the aesthetic spectrum from the Victorian lantern column sits the modern bollard light — and it earns its place in a very different set of situations.
Bollard lights are low-level fittings, typically ranging from around 0.5 metres up to 1.5 metres in height, with a clean, contemporary profile. They're most commonly seen in commercial and municipal settings — car parks, public pathways, housing developments, office grounds — but they translate very effectively into private settings where a modern aesthetic is the goal or where robust, vandal-resistant fittings are a practical requirement.
For domestic use, bollard lights work well along longer driveways where you want defined edge lighting without the height of a traditional column. They also suit contemporary gardens with hard landscaping, minimal planting and a clean architectural style — the kind of garden where a Victorian lantern column would look completely out of place but a brushed stainless or matte black bollard looks exactly right.
For commercial clients — small businesses, car parks, office grounds, storage facilities, landscaping and garden maintenance companies with yard areas — bollard lighting is often the practical choice for lighting access routes, car parking areas and pedestrian paths. At the 1 to 1.5 metre height range, a bollard puts enough light onto a path or parking surface to be genuinely useful, while keeping the fitting below eye level so there's no glare issue for drivers or pedestrians.
The variety of styles now available in LED bollard lighting is considerable. Slimline round profiles in powder-coated aluminium, square-section bollards in brushed stainless, louvred designs that direct light downward to minimise light pollution, bollards with diffused panels that glow evenly — there's a style to suit most contemporary settings and most budgets.
As with traditional column lights, all bollard installations include proper foundation work. A bollard that isn't properly anchored will move over time, particularly in softer ground, and a leaning or unstable bollard both looks poor and can put strain on the below-ground cabling. We set all bollard foundations in concrete to the appropriate depth for the ground conditions and fitting height, ensuring the installation stays true and secure for years.
Decorative wall lights along fence lines and boundary walls do something slightly different to the uplighter or the spotlight. They add ambient light at a height that's comfortable to the eye — not glaring from above, not hidden at ground level — and they give the fence or wall a character and warmth that a bare boundary simply doesn't have.
These can be as simple or as decorative as your garden style demands. A very contemporary garden might suit a clean, minimal fitting in brushed steel or matte black. A more traditional cottage garden might call for something with more detail — a lantern-style fitting in heritage black or antique bronze. The point is that the fitting is visible as a decorative element even in daylight, so it needs to be chosen with the overall aesthetic in mind, not just the light output.
Along fence lines in particular, the spacing matters. Too close together and you lose the warmth between pools of light; too far apart and you get isolated patches of brightness with long dark gaps between them. We'd typically advise spacing in the range of 1.5 to 2.5 metres depending on the beam spread of the fitting.
Brick lights — sometimes called step lights — are recessed fittings that sit within the face of a wall, designed to cast light sideways and downward across steps, pathways or level changes. They're understated during the day (just a small grille or lens visible in the brickwork) but highly effective at night.
The primary function of brick lights at steps is safety — clearly illuminating the edge of each step so the level change is visible and the risk of a trip or fall is reduced. But they also add a layer of texture to the wall surface and create a very tidy, built-in look that's far more elegant than a light fitting clipped onto the outside of the wall.
They can also be used along low retaining walls beside a pathway, creating a wash of light across the path surface at low level. This is a particularly effective technique for paths that curve, as the light from each fitting sweeps naturally along the path surface and leads the eye forward.
Installation is more involved than surface-mounted fittings because the wall needs to be cut out for the recessed housing. For this reason, brick lights are best planned from the start of a project. Retrofitting is possible but more disruptive.
This is the bit that doesn't look exciting in a brochure but is absolutely critical to a safe, durable and compliant installation. How the cables are run determines how long the installation lasts, how safe it is during garden maintenance, and whether it complies with current wiring regulations.
For all underground cable runs in a garden, we use Steel Wire Armoured (SWA) cable. SWA has a layer of steel wire wound around the core conductors beneath the outer sheath, which gives it mechanical protection against accidental damage — the kind of damage that happens when someone pushes a garden fork into the ground near where a cable runs, or when ground movement shifts the soil over time. It's the correct cable for the job, and it's what BS7671 requires for buried cables that don't have additional physical protection.
SWA cable runs are buried in the ground with protective ducting around them. The ducting gives a second layer of physical protection and also helps with identification during any future excavation. It's worth noting that SWA cable itself is black, so it isn't inherently visible in the ground — for this reason, a strip of hazard warning tape is laid a few centimetres above the cable run before the trench is backfilled. Anyone digging in that area will hit the tape first, which tells them clearly that there's a cable below and to stop digging. We bury cable runs at a depth that complies with current wiring regulations, and we'd always recommend keeping a record of where underground cables run, ideally as part of a simple site plan. We provide this to customers.
Where cable runs follow low-level walls or fences rather than being buried in the ground — which is a valid and sometimes more economical option — the SWA or suitably rated cable is surface-routed and clipped neatly to the structure. It's less discreet than a buried run but entirely safe and compliant, and it's a good option where digging isn't practical or where the landscaping is already established.
For the flexible cables that connect to individual spotlight fittings — particularly spike-mounted spotlights that you might want to reposition — we enclose these in protective flexible conduit. This gives the cable mechanical protection at the point where it rises from the ground to the fitting, and it also means that when you want to reposition a spotlight (which you will, as planting matures and changes), you can move the fitting and conduit together without disturbing the buried cable run beneath. It also means the cable doesn't get accidentally damaged when someone is spreading bark chippings or mulch around the border — a genuinely common cause of cable damage in garden lighting installations.
How you control your garden lighting is almost as important as the lighting itself, because the best scheme in the world doesn't get used if switching it on and off is inconvenient.
The traditional approach is a wall switch inside the house or in the garden building. A dedicated circuit from the consumer unit, protected by an appropriate MCB and RCD, runs out to the garden. The switch or switches inside the property give you control over different zones of lighting — front spotlights on one switch, path lights on another, pergola lights on a third. This is simple, reliable and entirely familiar. Most of our customers have some element of this approach in their garden lighting.
The modern alternative — and one we're fitting increasingly often — is wireless switching control. The way this works is that a central control receiver box is installed in a fixed location. This might be inside the house in a utility space, in a garage, or in the garden cabin where the main power supply is located. From this control box, wiring runs out to the individual lighting circuits around the garden. The box itself is connected to the supply, and individual wireless receiver modules within it handle the switching for each circuit or zone.
The advantage is that you're significantly reducing the number of cables that need to run from the house or consumer unit, because the control box acts as a local distribution point. All the complexity of multi-circuit switching is handled within the box, rather than requiring individual switch drops back to the house for every zone.
Control is then via a wireless switch — and here's where it gets useful. The wireless switch can be incorporated into an existing wall switch plate in the house without any rewiring, using individual wireless modules that fit behind a standard switch plate. Or, if you don't want to disturb existing walls and decorating, a surface-mounted wireless switch can simply be adhesive-fixed to the wall at the position of your choice. No chasing, no replastering, no redecorating. You choose where the control point feels most natural — by the back door, at the entrance to the garden, in the kitchen — and that's where the switch goes.
Many wireless systems also allow app control via a smartphone, which means you can switch zones on or off, or set schedules, from anywhere. Useful for security as much as aesthetics — being able to turn garden lights on remotely when you're away from home, or having them come on automatically at dusk, takes the garden lighting from a feature to a tool.
If you have a pond or a water feature, lighting it properly takes it from something you enjoy during the day to something genuinely spectacular in the evening.
Submersible LED pond lights sit within the water itself and illuminate the pond from below the surface. The effect on a clear-water pond with fish is extraordinary — the fish become visible at night in a way they simply aren't during the day, and the light refracting through the water creates a quality of illumination you can't replicate any other way. On a pond with planting — waterlilies, marginals, reeds — the underwater lighting picks out the stems and root structures in a way that's both unusual and beautiful.
For water features — fountains, millstone features, cascades — lighting the water in motion creates a constantly changing, dynamic effect that's compelling to watch on an evening. The light catches each droplet and each movement of the water surface differently, and with the right placement, a relatively modest water feature becomes a centrepiece.
Wireless switching for pond lights and water features works exactly as described for garden lighting — the same control receiver box can handle pond lighting and water feature pump switching alongside the garden lights, giving you unified control over the whole outdoor environment from a single switch or app interface.
All electrical work in and around ponds must comply with the relevant electrical safety regulations for wet and immersed installations. This is not an area for improvisation or DIY — the consequences of an electrical fault in a pond environment are serious. All of our pond lighting work is carried out to BS7671 with appropriate protection devices and IP-rated fittings suited to continuous submersion.
While the focus of this article is atmospheric garden lighting, it would be incomplete not to mention security lighting, because most of our garden lighting installations include at least some element of it.
PIR-activated LED floodlights — motion-sensor lights that come on when they detect movement — are a well-established security measure for the rear and sides of a property, garden buildings, garages and side gates. A competent burglar does not want to be suddenly flooded with light when approaching a property, and the presence of visible security lighting is a genuine deterrent.
Modern LED PIR floodlights are far better than the halogen units they've replaced. They consume a fraction of the energy, the LEDs last years rather than months, and the PIR sensors are more sensitive and more reliably aimed than older units. They're available in a range of outputs, from modest floodlights for a small garden building to high-output units for larger properties or commercial premises.
PIR floodlights on the garden building also serve a practical purpose — when you go out to the cabin late in the evening, the light comes on automatically as you approach. You don't need to fumble with a switch. For this reason many customers choose to have a PIR floodlight on the garden building regardless of whether they have wider security concerns.
If we're running cables through your garden for lighting, it makes excellent practical sense to add weatherproof outdoor sockets at the same time. The additional cost is modest when you're already trenching and routing cables, and the convenience over the years ahead is considerable.
IP-rated weatherproof sockets can be mounted on the house wall, on the garden cabin, on boundary walls or on standalone posts at strategic points around the garden. They give you a safe, regulated supply for power tools during garden maintenance — pressure washers, hedge trimmers, lawnmowers, leaf blowers — without the perennial problem of extension leads trailing from the house through the back door.
They're also useful for Christmas lights and seasonal decorations, for a speaker system in the garden, for a garden cinema setup, or simply for charging a laptop or phone while you're sitting outside on a summer afternoon. The days of the single external socket screwed to the back wall with a hinged cover are behind us — properly installed, IP-rated garden sockets are robust, safe and genuinely add to how you use your outdoor space.
One decision that significantly affects how a garden lighting scheme feels is the colour temperature of the light sources. This is measured in Kelvin (K), and the range most relevant for garden use runs from around 2700K (a warm, slightly amber tone) up to 6500K (a very cool, blue-white, almost daylight tone).
For garden lighting, we almost always recommend warm white — typically in the 2700K to 3000K range. Here's why.
Warm white is the colour of candlelight, of low evening sun, of incandescent bulbs. It's what human beings associate with relaxation, warmth and the evening. In a garden setting, it makes planting look richer — greens appear warmer and more inviting, blues and purples in planting pick up depth, and bark, stone, brick and terracotta all look their best in warm light. It creates atmosphere rather than simply illumination.
Cool white (4000K and above) has its place — it's excellent for task lighting, for garages and workshops, for security floodlights where you want to see clearly and quickly. But in a garden where you're trying to create an environment you want to spend time in, cool light tends to feel clinical and flat. It's the difference between a restaurant that uses warm candlelight and one lit by the same tubes they use in a supermarket. Same amount of light. Very different experience.
All of the LED fittings we specify for garden lighting installations are warm white unless a customer specifically requests otherwise, and we'd always be honest about what the effect of a cooler temperature will be on the overall feel of the scheme.
Electrical work in a garden isn't something to approach casually, and it's definitely not something that falls into the DIY category. External electrical installations are covered by Part P of the Building Regulations and must be carried out in accordance with BS7671 — the IET Wiring Regulations that govern all electrical installation work in the UK.
There are several specific requirements that apply to external and garden electrical work. All outdoor circuits must be protected by a residual current device (RCD) of the appropriate type and trip current. Cable buried in the ground must be appropriately rated and either mechanically protected or buried to the correct depth. All fittings and enclosures must carry an appropriate IP rating for their environment and exposure. Submersible fittings must meet the specific requirements for equipment used in or around water.
NICEIC registration — which all of our electricians hold — means that our work is inspected and assessed against these standards, and that we can self-certify notifiable electrical work under Part P, issuing you with an Electrical Installation Certificate for the work. That certificate matters for your home insurance, and it matters if you ever sell your property. A buyer's solicitor will ask for it.
At Bright Spark Electrical Services, we carry out all garden lighting and external electrical work in full compliance with BS7671 and Part P. We don't cut corners on cable selection, IP ratings or protection devices. Beyond the regulatory requirement, it's simply the right thing to do — your garden lighting should last for years without fault, and should be safe for your family, your visitors, and anyone maintaining the garden in the future.
The best garden lighting schemes come from a proper survey and conversation, not from a fixed product list. Every garden is different — the size, the planting, the hard landscaping, the layout of the house, the positions of garden buildings, and the way you actually use the space all shape what's appropriate.
When we come to survey for garden lighting, we'll look at where power is currently available, what the most practical cable routes are, what fittings suit the style of your property and garden, and what your priorities are for the scheme. Do you want primarily atmospheric lighting around a seating area? Are security and safety the priority? Do you want to highlight specimen plants and garden features? Is the pond or water feature the centrepiece? Usually it's a combination — and we'll talk through the options and costs at each stage so you can make informed decisions about where to invest.
Garden lighting is one of those projects that people often say they wish they'd done sooner. Once it's in, it changes how you use your garden entirely — you stop thinking of the garden as a daytime space and start using it as an extension of the house on summer evenings, year-round if the space works for it.
If you're thinking about garden lighting — whether you've got a clear idea of what you want or you're starting from scratch and not sure where to begin — the best first step is a conversation.
Call us on 01892 531 728 or drop an email to karen@brightsparkelectrician.co.uk and speak directly with Karen. With over 25 years of electrical experience and a degree in horticulture, Karen brings something most electricians simply can't — a genuine understanding of plants, planting schemes and how to make a garden look its absolute best after dark. That combination of horticultural knowledge and electrical expertise is what sets Bright Spark apart when it comes to garden lighting.
Alternatively, if you'd prefer to get the ball rolling straight away, scroll to the bottom of this page and use the Request a Quote button. Give us as much detail as you can about your garden and what you're hoping to achieve, and we'll come back to you to arrange a survey at a time that suits you.
We cover Tonbridge, Tunbridge Wells, Sevenoaks, Crowborough and the surrounding areas of Kent. We'd love to help you make the most of your outdoor space.
Bright Spark Electrical Services — NICEIC Registered, Part P Certified, BS7671 Compliant. Covering Tonbridge, Tunbridge Wells, Sevenoaks, Crowborough and surrounding areas of Kent.
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