Why Utilities and Infrastructure Matter When Assessing Land For Development
Development must be capable of connecting to essential utility networks and being supported by the physical, social and digital infrastructure needed by future residents and occupiers.
Utilities and infrastructure are fundamental to the operation of any development. Housing requires electricity, clean water, foul drainage, surface water management, telecommunications and access to community services. Employment and commercial developments may require substantial electricity loads, high-capacity digital connections, specialist water supplies or additional network reinforcement.
The availability of existing utility apparatus close to the site can be encouraging, but proximity is only the first part of the assessment. The relevant utility provider must also confirm whether the network has sufficient capacity to serve the proposed scale and type of development.
Capacity constraints can have significant consequences. A development may require a new electricity substation, reinforced water main, upgraded pumping station, new foul sewer connection or improvements to a wastewater treatment works. Depending on the scale and location of the site, these works may involve substantial cost and long delivery periods.
Physical infrastructure within or adjoining the land can also affect the layout. Utility providers may require permanent access to their apparatus together with protective easements or stand-off distances. Buildings may not be permitted directly over certain pipes, cables or sewers, and development beneath overhead power lines is normally restricted.
Infrastructure is therefore closely connected to development viability and deliverability. A technically suitable site may not be achievable if the cost of utility connections, network upgrades, diversions and planning obligations becomes disproportionate to the value of the completed development.
These matters are particularly important for Local Plan promotion. Councils need confidence that proposed allocations can be serviced and delivered within the plan period. A site supported by credible infrastructure evidence may therefore compare more favourably with land that relies on uncertain, expensive or unprogrammed network improvements.
The key question is not simply whether utility services exist near the land. It is whether the required capacity can be secured, whether existing apparatus can be accommodated and whether the necessary infrastructure can be delivered at a proportionate cost and within a realistic timescale.
Essential Development Services
What Counts as Utilities and Infrastructure?
Infrastructure includes the utility networks serving individual buildings as well as the wider transport, education, healthcare, community and environmental facilities needed to support growth.
Electricity
Electricity networks, substations, overhead lines, underground cables, connection capacity and reinforcement requirements can affect both development layout and cost.
Water Supply
New development requires an adequate and reliable supply of clean water together with sufficient pressure, network capacity and an appropriate connection route.
Foul Sewerage
The public sewer network, pumping stations and wastewater treatment works must be capable of receiving and treating the additional foul flows generated by development.
Surface Water Drainage
Sustainable drainage, attenuation, infiltration, outfalls and long-term maintenance arrangements are needed to manage surface water without increasing flood risk.
Gas and Heat
Existing gas mains and high-pressure pipelines may create constraints, although new development is increasingly expected to use low-carbon heating and energy systems.
Digital Infrastructure
Full-fibre broadband, telecommunications networks and reliable mobile coverage are now important components of modern residential and commercial development.
Transport Infrastructure
Roads, junctions, footpaths, cycle routes and public transport improvements may be required to provide safe access and support sustainable movement.
Social Infrastructure
Schools, healthcare, community facilities, emergency services and open space may need to be expanded or provided as part of larger developments.
Green Infrastructure
Open space, habitat networks, sustainable drainage, landscaping, play areas and walking routes can form an important part of the infrastructure required by development.
Understanding Utility Availability
Proximity Does Not Always Mean Capacity
A utility main, sewer, cable or substation may be located close to the land without having sufficient capacity to accommodate the proposed development.
Network Location
Initial utility searches identify nearby mains, cables, pipes, substations and other infrastructure that may serve or constrain the site.
Available Capacity
The relevant network operator must assess whether sufficient capacity exists for the anticipated demand and development programme.
Reinforcement Works
Where capacity is insufficient, off-site reinforcement, a new substation, larger mains or treatment upgrades may be needed.
Delivery Programme
Infrastructure must be capable of being designed, funded and delivered within a timescale that supports the proposed development.
Early utility investigations can identify whether a site is likely to obtain straightforward connections or whether significant reinforcement, diversion or infrastructure planning will be required. This evidence can prevent unrealistic assumptions being made about development capacity, cost and timing.
Power and Energy Capacity
How Electricity Infrastructure Affects Development
Electricity demand from new homes, commercial buildings, heating systems and electric vehicle charging can require substantial network capacity and new infrastructure.
Electricity is one of the first utility services to investigate when assessing development land. The distribution network operator will consider the anticipated load, the location of the nearest suitable connection point and whether the existing network can accommodate the development.
Smaller developments may be capable of connecting to an existing low-voltage network. Larger housing, employment and mixed-use schemes may require a new substation, high-voltage connection or reinforcement of infrastructure located some distance from the site.
Electricity demand is increasing as new buildings move towards electric heating, renewable energy generation, battery storage and electric vehicle charging. A connection strategy should therefore be based on the likely future demand rather than historic assumptions about conventional residential or commercial energy use.
Where network capacity is limited, reinforcement works may be necessary before the development can be fully occupied. These works can involve significant cost and may be dependent on land outside the applicant's control, third-party agreements or works programmed by the network operator.
An early budget quotation or capacity enquiry can provide an initial indication of the likely connection point, infrastructure works, cost and timescale. More detailed designs and formal quotations are normally obtained as the development proposal progresses.
Electricity Matters to Investigate
- Location and voltage of nearby electricity networks
- Available capacity at the nearest connection point
- Need for a new on-site electricity substation
- Off-site network reinforcement requirements
- Electricity demand from heating and vehicle charging
- Connection costs and delivery timescales
Overhead Power Lines, Underground Cables and Substations
Existing electricity infrastructure may provide a potential connection opportunity but can also constrain the layout and developable area of the land.
Overhead Power Lines
Overhead lines and pylons usually require safety clearances and access for inspection and maintenance. Their presence can restrict buildings and influence roads, open space, landscaping and the overall masterplan.
Underground Cables
Underground electricity cables may be protected by easements and must remain accessible. Buildings are normally kept clear, and diversion works can be expensive where cables cross a proposed development area.
Substations
Existing or proposed substations require suitable land, vehicular access, security and separation from sensitive uses. Space may need to be reserved within the development layout.
Utility plans should be treated as an initial guide rather than a precise survey. Apparatus must be located accurately before construction or detailed design, particularly where the development layout is dependent on avoiding or diverting existing infrastructure.
Clean Water Infrastructure
How Water Supply Capacity Affects Development
New development must be capable of obtaining an adequate and reliable supply of clean water. The water company will consider the location, size and pressure of nearby mains together with the anticipated demand generated by the proposal.
A water main may be located near the site but still require reinforcement if it is too small, operates at insufficient pressure or already serves a substantial level of existing demand. Larger developments may require new mains extending beyond the site boundary or improvements to strategic network infrastructure.
The proposed connection route is also important. A connection may need to pass through third-party land, cross a highway or avoid existing constraints. Rights to construct, inspect and maintain the infrastructure may therefore need to be secured.
Water efficiency and long-term resource availability are becoming increasingly important planning considerations. In areas experiencing water stress or water neutrality concerns, new development may need to demonstrate enhanced efficiency, mitigation or other measures to avoid increasing pressure on sensitive water resources and habitats.
Water Supply Assessment
Identify Existing Mains
Establish the location, diameter and likely connection options for the nearest water network.
Assess Demand
Estimate the water demand generated by the proposed number and type of buildings.
Confirm Capacity
Seek confirmation from the water company regarding capacity, pressure and reinforcement.
Plan the Connection
Allow for the connection route, land rights, cost, phasing and construction programme.
Foul Drainage and Treatment Capacity
How Foul Sewer and Wastewater Capacity Affect Development
Development must have a suitable means of disposing of foul water without overloading the sewer network, increasing pollution risk or exceeding the capacity of wastewater treatment infrastructure.
In most urban and settlement-edge locations, new development is expected to connect to the public foul sewer network. The first assessment normally identifies nearby public sewers, their direction of flow and the likely point at which the site could connect.
The presence of a nearby sewer does not confirm that it has sufficient hydraulic capacity. Additional flows may increase the risk of sewer flooding, combined sewer overflow operation or pressure elsewhere in the network. The sewerage undertaker may therefore require modelling or reinforcement before confirming an acceptable connection.
The receiving wastewater treatment works must also have capacity to treat the additional flows. Where treatment capacity is limited, upgrades may need to be programmed before development can be occupied. This can influence the scale, timing and phasing of a proposed site.
Some sites cannot connect by gravity and may require an on-site pumping station with a rising main. This introduces additional land, access, maintenance and adoption requirements. Pumping infrastructure should therefore be considered at an early stage of the masterplan.
Private treatment systems are not normally the preferred solution where a connection to the public sewer is reasonably available. Where they are proposed, the applicant must demonstrate that the system can operate without creating unacceptable environmental, drainage or maintenance risks.
Sewer Network Capacity
The existing network must be capable of conveying additional foul flows without creating unacceptable flooding, operational or environmental effects. Local reinforcement or an alternative connection point may be required.
Treatment Works Capacity
Wastewater treatment works must have sufficient environmental and operational capacity. Planned improvements may be needed before the full development can be completed or occupied.
Foul drainage and surface water drainage should normally be assessed separately. Directing surface water into a foul or combined sewer can unnecessarily consume network capacity and may not be accepted where sustainable drainage alternatives are available.
Sustainable Drainage Infrastructure
How Surface Water Drainage Affects Development
Development must manage rainfall safely without increasing flood risk elsewhere, overloading existing drainage networks or causing pollution to watercourses and groundwater.
New buildings, roads, parking areas and other hard surfaces reduce the amount of rainfall that can soak naturally into the ground. Unless surface water is carefully managed, this can increase the speed and volume of runoff leaving the site.
Development proposals are therefore normally expected to incorporate sustainable drainage systems, commonly referred to as SuDS. These systems seek to manage water close to where it falls while reducing flood risk, improving water quality and creating opportunities for biodiversity and attractive open space.
The appropriate drainage solution depends on the site's geology, topography, groundwater, flood risk, existing watercourses and available connection points. Infiltration methods may be suitable where ground conditions allow water to soak away safely. Where infiltration is unsuitable, controlled discharge to a watercourse, surface water sewer or another agreed outfall may be required.
A drainage strategy must also identify how water will be stored during heavy rainfall. Attenuation basins, ponds, tanks, swales, permeable paving and other features may occupy a significant amount of land. These requirements can therefore affect the developable area, housing capacity and arrangement of roads and open space.
The drainage system must remain accessible and maintainable throughout the lifetime of the development. Responsibility may rest with a management company, local authority, water company or another adopting body, depending on the design and agreed arrangements.
Common Sustainable Drainage Features
Attenuation Basins
Temporary storage areas that hold rainfall and release it gradually at a controlled rate.
SuDS Ponds
Permanent or partly wet features that provide storage, water treatment and ecological benefits.
Permeable Paving
Surfacing that allows water to pass through and be stored or infiltrated beneath roads, parking areas and driveways.
Swales
Shallow landscaped channels that convey, store and treat surface water within green corridors.
Rain Gardens
Planted areas designed to receive runoff from roofs and hard surfaces before it enters the wider drainage system.
Underground Storage
Tanks or cellular systems that store water where surface space is restricted, although they offer fewer landscape benefits.
Drainage infrastructure should be considered at the beginning of the masterplanning process. Attempting to fit attenuation ponds, access routes and maintenance corridors into a completed layout can reduce housing numbers and result in an inefficient or unacceptable design.
Gas Networks and Low-Carbon Energy
How Gas Pipelines and Heat Infrastructure Affect Development
Existing gas infrastructure can constrain development layouts, while the transition towards low-carbon heating is changing how new developments plan their future energy needs.
Existing Gas Infrastructure
Low-pressure and medium-pressure gas mains commonly serve existing settlements. Larger strategic pipelines may cross open land and can impose more substantial restrictions on development.
High-pressure gas pipelines are normally protected by legal easements, safety zones and consultation requirements. Buildings, roads and other works may need to be kept outside specified stand-off areas.
Diversion of a strategic gas pipeline can be technically complex and extremely expensive. Where diversion is not realistic, the pipeline corridor may need to be incorporated into open space, landscaping or another compatible use.
Future Heating Strategy
New developments are increasingly expected to reduce reliance on fossil-fuel heating. Electricity demand, renewable energy, heat pumps, energy efficiency and local heat networks may therefore be more relevant than providing a conventional gas connection.
The proposed heating strategy can materially affect electricity demand. A site using electric heating and extensive vehicle charging may require greater network capacity than a development based on older energy assumptions.
Larger mixed-use and urban developments may also investigate communal energy systems, district heating or connections to an existing heat network where this is technically and commercially realistic.
The absence of a nearby gas connection does not necessarily prevent development. However, the proposed energy strategy must be coordinated with electricity capacity, building design, carbon reduction requirements and the anticipated future demand of the scheme.
Broadband and Telecommunications
Why Digital Infrastructure Matters for New Development
Reliable digital connectivity is now an essential part of residential, commercial and mixed-use development. Home working, online services, education, business operations and modern building systems all depend on suitable broadband and telecommunications infrastructure.
Planning policies increasingly encourage or require full-fibre connections to new buildings. Early engagement with network providers can help establish whether existing fibre infrastructure is available and how ducts, cabinets and connection routes should be incorporated into the development.
Rural and settlement-edge sites may be located some distance from suitable network infrastructure. Additional off-site works or alternative connection arrangements may therefore be required.
Mobile connectivity can also be important, particularly for larger developments. New masts, rooftop equipment or small-cell infrastructure may be needed to ensure appropriate coverage and network capacity.
Full-Fibre Broadband
Fibre-to-the-premises infrastructure provides high-speed connections directly to homes and commercial buildings.
Mobile Coverage
Development should consider whether additional telecommunications equipment is needed to provide reliable mobile coverage.
Ducting and Chambers
Underground ducts, access chambers and cabinets should be coordinated with roads, footways and other utilities.
Commercial Connectivity
Employment sites may require resilient, high-capacity connections to support businesses and data-intensive operations.
Existing Infrastructure Constraints
How Existing Utility Apparatus Can Restrict Development
Pipes, cables, sewers, substations and overhead lines may require permanent access, protective easements and stand-off distances that reduce or reshape the developable area.
Easements
Easements provide legal rights to install, retain, inspect and maintain utility infrastructure. They may restrict building or excavation within a defined corridor.
Wayleaves
Wayleave agreements commonly allow utility apparatus to remain on land and may provide rights of access. Their terms should be reviewed before development is designed.
Stand-Off Distances
Safety, maintenance and operational requirements may prevent buildings or other works being positioned close to certain pipelines, cables and substations.
Maintenance Access
Utility operators may require permanent vehicular or pedestrian access to apparatus, preventing development across particular parts of the site.
Diversion Requirements
Existing infrastructure may need to be diverted where it conflicts with buildings, roads or earthworks. The cost and feasibility must be established early.
Reduced Site Capacity
Utility corridors can reduce the area available for development, although they may sometimes be incorporated into roads, landscaping or open space.
Abnormal Infrastructure Costs
Utility Diversions, Reinforcement and Connection Costs
The cost of serving a development can extend beyond the connection from the site boundary to each individual building.
New Connections
Costs may include new mains, cables, ducts, substations, pumping stations, meters and the connection of individual plots or buildings.
Network Reinforcement
Off-site networks may need to be upgraded where existing infrastructure cannot accommodate the additional demand generated by development.
Apparatus Diversions
Existing pipes, cables and overhead lines may need to be rerouted to release development land or accommodate the proposed masterplan.
Why Early Cost Evidence Matters
Utility costs can materially affect the residual value of development land. A site that appears suitable at a planning level may become less attractive if substantial reinforcement or diversion works are required.
Early budget estimates help determine whether the proposed development scale can support the infrastructure costs and whether the works should be phased across the scheme.
Costs Should Be Considered Together
Utility costs should not be assessed in isolation. A development may also be required to fund roads, drainage, schools, healthcare, affordable housing, biodiversity improvements and other planning obligations. The combined effect will influence viability, deliverability and land value.
Local Plan Deliverability
How Infrastructure Affects Local Plan Allocations
Councils must be satisfied that proposed allocations can be supported by the infrastructure needed to deliver development within the Local Plan period.
Site Assessment
HELAA and SHLAA assessments may consider utility availability, drainage, highways, schools and other infrastructure when judging suitability and achievability.
Infrastructure Planning
Councils identify the infrastructure required to support planned growth and consider how it will be funded, phased and delivered.
Development Phasing
Housing or commercial development may need to be phased so that critical infrastructure is provided before occupation reaches an agreed level.
Viability and Funding
The Local Plan should avoid infrastructure requirements that make allocated development unrealistic or incapable of being delivered.
Infrastructure Delivery Plans
An Infrastructure Delivery Plan, often called an IDP, identifies the transport, education, healthcare, utilities, community and environmental infrastructure needed to support the council's growth strategy.
It may identify existing capacity constraints, planned investment, responsible delivery bodies, expected costs, funding sources and the point at which particular infrastructure will be required.
Landowners promoting sites should review the IDP together with the Local Plan evidence base. This can reveal whether the site depends on infrastructure that is funded and programmed or whether significant uncertainty remains.
Why This Matters
A site with a clear and proportionate infrastructure strategy may be viewed as more achievable than a competing site dependent on costly, uncertain or long-term upgrades.
Supporting Sustainable Communities
Wider Infrastructure Required by Development
Infrastructure assessments are not limited to utility connections. Councils must also consider whether growth can be supported by transport, education, healthcare, open space and community facilities.
Highway Improvements
Junction upgrades, new roads, traffic management and highway capacity improvements may be required to support additional vehicle movements.
Walking and Cycling
Footways, crossings, cycle routes and connections to local services can improve accessibility and reduce dependence on private cars.
Public Transport
New or improved bus services, stops, shelters and transport connections may be needed where development is located beyond convenient walking distance of existing routes.
Education
Housing development may generate demand for school places and nursery provision, resulting in financial contributions, school expansion or a new school site.
Healthcare
Larger developments may be required to contribute towards GP surgeries, healthcare facilities and other services needed by the future population.
Open Space and Recreation
Public open space, play areas, sports facilities, allotments and green routes may form part of the infrastructure required to create a healthy community.
Funding Development Infrastructure
How Infrastructure is Funded Through the Planning Process
Developers may be required to fund or provide infrastructure needed to make a proposal acceptable and to address the additional demand created by development.
Infrastructure funding is usually considered as part of the wider planning and viability assessment. The council will identify which improvements are necessary to support the development and determine whether they should be delivered directly, secured through a planning obligation or funded through an applicable infrastructure charge.
Section 106 agreements can be used to secure site-specific infrastructure, financial contributions, affordable housing, transport improvements, open space, education, healthcare and other measures required to make development acceptable in planning terms.
Where a council operates the Community Infrastructure Levy, commonly referred to as CIL, qualifying development may also be required to pay a standard charge based on the type, location and amount of floorspace proposed.
Utility connections and network reinforcement are not always dealt with through planning obligations. They may instead be secured directly between the developer and the relevant statutory undertaker or infrastructure provider.
The combined cost of utility works, Section 106 obligations, CIL, affordable housing, highways, drainage and other abnormal requirements must be considered when assessing whether the development remains viable and whether the anticipated land value is realistic.
Section 106 Obligations
Site-specific obligations may fund or secure infrastructure that is necessary, directly related to the development and proportionate to its scale and impact.
Infrastructure Charges
CIL or another applicable infrastructure charging mechanism may contribute towards wider strategic infrastructure required across the authority area.
Infrastructure requirements should be identified before a land value is agreed. Failing to allow for substantial contributions, diversions or network improvements can result in an unrealistic expectation of the value available to the landowner.
Technical Evidence
What Utility and Infrastructure Assessments May be Needed?
The level of investigation should reflect the scale of development, the stage reached and the nature of the utility or infrastructure constraints affecting the site.
Utility Search
A utility search identifies the approximate location of electricity cables, gas pipes, water mains, sewers and telecommunications apparatus within or close to the land.
Capacity Enquiry
Network operators can provide an initial indication of whether the existing system has capacity and whether reinforcement is likely to be required.
Budget Connection Estimate
A budget estimate can provide an early indication of connection costs, reinforcement, proposed infrastructure and likely delivery timescales.
Diversion Assessment
Where apparatus conflicts with the layout, a diversion assessment can examine whether it can be rerouted, what land rights are needed and the likely cost and programme.
Drainage Strategy
A drainage strategy considers foul sewerage, surface water disposal, attenuation, infiltration, outfalls, flood risk and long-term maintenance.
Infrastructure Delivery Strategy
Larger sites may require a coordinated strategy explaining how utilities, roads, schools, drainage and other infrastructure will be phased and funded.
Topographical Survey
Levels influence drainage, gravity sewer connections, pumping requirements and the feasibility of routing infrastructure across the land.
Title and Easement Review
Legal title documents should be checked for utility easements, wayleaves, access rights, restrictions and obligations affecting existing or proposed infrastructure.
Viability Assessment
Significant utility and infrastructure costs should be included within the development appraisal to determine whether the proposal remains financially achievable.
Detailed connection quotations are not always necessary at the earliest land assessment stage. However, known infrastructure constraints should not be ignored simply because the final development design has not yet been prepared.
Proportionate Investigation
When Should Infrastructure Assessments be Undertaken?
Infrastructure evidence becomes more detailed as a site progresses from an initial land review through Local Plan promotion, planning permission and construction.
Initial Land Review
Identify obvious utility apparatus, likely connection points, major pipelines, substations, pylons and strategic infrastructure constraints.
Local Plan Promotion
Provide sufficient evidence to show that the site is capable of being serviced and is not dependent on unrealistic infrastructure works.
Planning Application
Prepare detailed drainage, utility, energy, infrastructure and phasing evidence to support the proposed development.
Detailed Design
Finalise connection designs, easements, adoption arrangements, diversions and utility construction programmes before development begins.
Infrastructure Providers
What Is a Statutory Undertaker?
Statutory undertakers and network operators own, manage or provide essential infrastructure and may have specific legal powers and responsibilities affecting development land.
The term statutory undertaker is commonly used for organisations responsible for electricity, gas, water, sewerage, telecommunications, transport and other public infrastructure networks.
These organisations may hold legal rights to install, inspect, maintain and replace apparatus on private land. Their rights may arise from an easement, wayleave, statutory power or another legal agreement.
A landowner should not assume that existing apparatus can be removed or relocated simply because it interferes with a proposed development. The operator must normally agree the technical solution, and the developer may be required to meet the cost of diversion.
Statutory undertakers are also frequently consulted on Local Plans and planning applications. Their responses may identify network capacity constraints, safety requirements, planned investment or conditions that need to be addressed before development can proceed.
Organisations Commonly Consulted
- Electricity distribution and transmission operators
- Gas distribution and transmission operators
- Water supply companies
- Sewerage undertakers
- Broadband and telecommunications providers
- Highway and transport authorities
- Lead Local Flood Authorities and drainage bodies
Cost and Achievability
How Utilities and Infrastructure Affect Development Viability
Infrastructure costs can reduce the residual value available to purchase the land and may influence whether the development can realistically proceed.
Factors Supporting Viability
- Existing utility networks with confirmed spare capacity
- Short and straightforward connection routes
- Limited need for off-site reinforcement
- Infrastructure that can be delivered in phases
- No major diversions through the developable area
Potential Abnormal Costs
- High-voltage electricity reinforcement
- Strategic sewer or treatment works upgrades
- Diversion of pipelines, cables or pylons
- New pumping stations and rising mains
- Extensive off-site highway and community infrastructure
A high infrastructure cost does not automatically make a site undeliverable. The assessment must consider the scale and value of the proposed development, available funding, phasing and whether the infrastructure also supports other sites or wider planned growth.
Development Potential and Value
How Utilities and Infrastructure Can Affect Land Value
Development land value is influenced by the amount, type and timing of development that can realistically be delivered. Utility and infrastructure constraints can affect each of these factors.
Land with nearby utility networks, confirmed capacity and limited abnormal costs may be more attractive to developers because the development can proceed with greater certainty.
Conversely, major diversions, reinforcement works, pumping stations, new roads or community infrastructure can reduce the net value available after development costs have been deducted.
Existing apparatus may also reduce the developable area. A high-pressure pipeline or overhead line corridor may need to remain free from buildings and could reduce the number of homes or amount of commercial floorspace that can be achieved.
These matters should therefore be considered before comparing the land with prices paid for apparently similar development sites. Two sites in the same market area may have materially different values because their infrastructure costs and development capacities are different.
Infrastructure Factors Affecting Value
Connection Availability
Straightforward connections can reduce risk, cost and development lead-in periods.
Available Capacity
Confirmed network capacity provides greater certainty that the proposed development can be serviced.
Abnormal Costs
Reinforcement, diversion and strategic infrastructure costs can reduce the residual land value.
Developable Area
Easements and stand-off distances may reduce the amount of land capable of accommodating buildings.
Our Land Review
How We Assess Utilities and Infrastructure
Our initial assessment considers whether essential services are likely to be available, whether existing infrastructure constrains the site and whether further technical investigation is justified.
Existing Infrastructure
We identify visible or mapped utility apparatus, nearby networks and major infrastructure corridors affecting the land.
Connection Potential
We consider whether electricity, water, sewerage, drainage and digital services appear capable of being provided.
Constraints and Costs
We identify potential diversions, easements, reinforcement works, abnormal costs and matters requiring specialist investigation.
Planning and Deliverability
We consider infrastructure alongside planning policy, access, flood risk, ecology, landscape, heritage, viability and the likely route to development.
The purpose of the initial assessment is to identify whether utility and infrastructure matters appear capable of being addressed, whether they materially reduce development potential or whether specialist capacity and connection enquiries should be commissioned.
Initial Development Review
Land Assessment Tool
Use our Land Assessment Tool for an initial indication of your land's development potential. Utility and infrastructure capacity is only one part of the assessment, and a low score does not necessarily mean that planning permission or a future Local Plan allocation cannot be achieved.
Land Assessment Tool
Start answering the questions to discover your land's development potential.
This tool provides an indicative assessment only. Utility capacity, network constraints, infrastructure costs and the council's planning evidence must be reviewed before a reliable conclusion can be reached.
What Happens Next?
Our experts can review the utility, infrastructure and wider planning position and provide a more detailed assessment of your land.
Why Landowners Choose Value My Land
At Value My Land, we help West Lindsey landowners understand whether their land may have development potential.
- Free, no-obligation assessment of your land
- Specialist planning and land promotion expertise
- Focused on maximising the value of your land
- We identify opportunities to maximise land value
- Helping landowners make informed decisions
- No obligation to sell your land
Free Initial Land Review
If you would like a free, no-obligation assessment of your land, simply send us the location of your site and we will carry out a high-level review of its development potential. We aim to make the process as straightforward as possible, so you do not need to provide detailed plans or technical information at this stage. Simply let us know where the land is located using one of the following:
- A postcode
- A Google Maps pin
- A what3words reference
- A brief description of the site location
Live Planning Opportunities
Search Our Live Planning Guides
Search our live planning pages to identify current opportunities for promoting land through the planning system. You can find open Call for Sites exercises, monitor the progress of emerging and reviewed Local Plans and identify current HELAA and SHLAA assessments being undertaken by local councils.
England Call for Sites Tracker
Search for open Call for Sites exercises and identify councils currently inviting land submissions.
Search Open OpportunitiesEngland Local Plan Tracker
Monitor emerging and reviewed Local Plans and understand where future growth may be directed.
Track Local PlansEngland HELAA & SHLAA Tracker
Identify current HELAA and SHLAA assessments being undertaken by local planning authorities.
View Land AssessmentsRelated Guides
Utilities and infrastructure must be considered alongside planning policy, drainage, access, site suitability, deliverability and the Local Plan process. These related guides explain the main planning and technical matters that can influence whether land has realistic development potential.
Can My Land Be Developed?
Review the planning, location, access, infrastructure and environmental factors that influence whether land may have realistic development potential.
Click hereIs My Land Suitable for Development?
Understand the policy, technical, sustainability and deliverability considerations used when assessing development land.
Click hereAccess and Highways for Development Land
Learn how safe access, junction capacity, visibility, traffic and sustainable transport affect whether land can be developed.
Click hereFlood Risk and Drainage for Development Land
Understand how flooding, surface water, drainage capacity, SuDS and outfall arrangements affect development potential.
Click herePlanning Policy and Development Land
Learn how national policy, Local Plans, site allocations and development management policies affect whether land can be developed.
Click hereSustainable, Available and Achievable Sites
Explore the main tests used when councils assess whether land can form part of a deliverable and effective development strategy.
Click hereLocal Plan Allocation Guide
Find out how councils assess infrastructure, deliverability and technical constraints when selecting land for future development.
Click hereWhat is a HELAA or SHLAA?
See how councils assess potential housing and employment land for suitability, availability, achievability and infrastructure deliverability.
Click hereCall for Sites Guide
Learn how to submit land and explain utility availability, infrastructure requirements and deliverability within a strong Call for Sites submission.
Click hereFrequently Asked Questions About Utilities and Infrastructure
Do utilities affect whether land can be developed?
Yes. Development must be capable of obtaining suitable electricity, water, foul drainage, surface water drainage and digital connections. Existing utility apparatus, capacity constraints and reinforcement costs can also affect the layout, viability and timing of development.
Does a nearby utility main mean that capacity is available?
No. A nearby main, sewer, cable or substation may not have sufficient capacity to serve the proposed development. The relevant network operator may need to confirm capacity and identify any reinforcement works, connection costs or programme requirements.
Can a lack of sewer capacity prevent development?
Limited sewer or wastewater treatment capacity can delay or constrain development. However, reinforcement, an alternative connection point, a pumping station or programmed treatment works improvements may provide a solution. The feasibility, cost and timing of the necessary works must be established.
Can overhead power lines stop land being developed?
Overhead lines do not automatically prevent development, but they can require safety clearances, maintenance access and restrictions on buildings. The affected corridor may need to be incorporated into roads, landscaping or open space, or the line may need to be diverted where this is technically and financially realistic.
Who pays for utility connections and upgrades?
The developer normally pays for connections and development-specific infrastructure. Responsibility for wider reinforcement depends on the network, regulatory framework and circumstances. Costs should be investigated before land value and development viability are finalised.
What is an Infrastructure Delivery Plan?
An Infrastructure Delivery Plan identifies the transport, utilities, education, healthcare, community and environmental infrastructure needed to support planned growth. It may explain the cost, timing, funding and organisations responsible for delivering each item.
Can utilities and infrastructure affect land value?
Yes. Straightforward utility connections and confirmed capacity can improve development certainty. Major diversions, network reinforcement, pumping stations and community infrastructure can reduce the residual value available after development costs have been deducted.
Is a utility search required before promoting land?
A detailed utility search may not always be necessary for an initial review, but it is often useful before preparing a masterplan, Local Plan submission or planning application. It can identify apparatus that affects development capacity, cost and layout.
Can land be allocated without confirmed infrastructure?
A council may allocate land where some infrastructure detail remains to be resolved, but it must have reasonable evidence that the site can be serviced and delivered within the plan period. Sites dependent on uncertain or unaffordable infrastructure may be judged less achievable.
What infrastructure assessments should a landowner obtain?
Depending on the site and development stage, assessments may include utility searches, capacity enquiries, budget connection estimates, drainage strategies, diversion assessments, topographical surveys, title reviews and an infrastructure delivery strategy.
Find Out How Utilities and Infrastructure Affect Your Land
Send us the location of your land and we will undertake a free initial review of the utility, infrastructure, planning and technical matters that may influence its development potential.
You do not need detailed utility searches or technical reports at this stage. A postcode, map pin, what3words reference or plan identifying the land is usually enough for us to begin.