The LAEP+ Platform and Datasets Pricing

Access the LAEP+ platform and a comprehensive library of datasets supporting energy, transport, and place-based planning. Analyse networks, understand demand, and identify opportunities to plan, prioritise, and deliver projects with confidence.

Explore Products

LAEP+ Features

The award winning  digital twin to plan region-wide energy transitions and net-zero projects

Data Explorer
Visualise and filter data across energy, heat, buildings, transport, and socio demographics.

Identify optimal areas for low-carbon interventions and understanding the characteristics of their communities at a glance.
Portfolios
Analyse, and shortlist buildings based on their suitability for the deployment of  various low-carbon technologies or retrofit measures.
 
Users can quickly identify properties that meet specific criteria—such as poor energy efficiency, high heat demand, or rooftop solar PV readiness.

This functionality supports targeted action planning, streamlines funding applications, and ensures that resources are directed where they’ll have the greatest impact.
Projects
Deploy low-carbon technologies—such as solar PV, EV charge points, and heat pumps—directly onto a map and assess the technical and financial feasibility of specific interventions.  

Users can model different deployment scenarios, receive indicative costs, and estimate the impact on local emissions.  

This supports evidence-based decision-making, helping municipalities prioritise projects and build robust business cases.
Connections Portal
An online self-serve connection tool for DSO customers (developers, municipalities, etc.). 

Empowers network operators to comprehensively assess the impact of new connections, while simultaneously enabling customers to receive instantaneous connection quotes, streamlining the connection process and enhancing operational efficiency.
Scenario Modeller
The Scenario Modeller enables municipalities to simulate the rollout of low-carbon technologies over time and understand their long-term impact on energy demand, emissions, and infrastructure. 

Users can model multiple pathways—such as the phased adoption of heat pumps, EVs, or solar PV—and compare outcomes across years or decades.
Data Stories
Transforms complex data and analysis into clear, engaging, and interactive visual narratives.

 This feature allows users to create tailored presentations that guide stakeholders through key insights, scenario results, and project findings.

By combining maps, charts, and narrative in one easy-to-share format, Data Stories improve communication and collaboration between municipalities, utilities, developers, and the community—helping build understanding, support, and alignment around energy plans.Transforms complex data and analysis into clear, engaging, and interactive visual narratives.

 This feature allows users to create tailored presentations that guide stakeholders through key insights, scenario results, and project findings. 

By combining maps, charts, and narrative in one easy-to-share format, Data Stories improve communication and collaboration between municipalities, utilities, developers, and the community—helping build understanding, support, and alignment around energy plans.

UK Wide Datasets

Choose from a selection of datasets to identify suitable locations for renewable energy projects and the deployment of low carbon technologies

Datasets

Category

4.3 Public Transport Accessibility Levels (PTALS)

Transport & Mobility

4.7 Existing EV Charge Points

Transport & Mobility

4.7.1 Walking Distance From EV Charge Points

Transport & Mobility

4.8 Pavement Suitability Assessment for On-Street Charge Points

Transport & Mobility

4.12 Potential For Off-Street Parking**

Transport & Mobility

5.1.1 Heat Demand Domestic**

Energy Demand

5.1.2 Heat Demand Non-Domestic**

Energy Demand

7.1 Electricity Network Model

Utility Networks

7.2 Electricity Substation Points 

Utility Networks

7.3 Electricity Substation Supply Areas (Demand and Generation Headroom)

Utility Networks

7.4 Electricity Lines and Cables

Utility Networks

8.1 Low Carbon Technology Cost**

Low Carbon Technologies and Retrofits

8.2.1 Rooftop PV Suitability Assessment Domestic**

Low Carbon Technologies and Retrofits

8.3 Ground Mount PV Potential

Low Carbon Technologies and Retrofits

8.4 Large Scale Wind Potential

Low Carbon Technologies and Retrofits

8.6.1 Air Source Heat Pump Suitability Assessment Domestic **

Low Carbon Technologies and Retrofits

8.6.2 Air Source Heat Pump Suitability Assessment Non-Domestic **

Low Carbon Technologies and Retrofits

8.7.1 Ground Source Heat Pump Suitability Assessment Domestic **

Low Carbon Technologies and Retrofits

8.7.2 Ground Source Heat Pump Suitability Assessment Non-Domestic **

Low Carbon Technologies and Retrofits

8.9 Domestic Insulation Potential **

Low Carbon Technologies and Retrofits

**Some datasets require a valid Ordnance Survey MasterMap licence. Customers are responsible for ensuring they hold the appropriate licence prior to purchase. More information is available in the FAQ section on this page.

Frequently Asked Questions

What is LAEP+?
What is the difference between a LAEP and LAEP+ ?
How reliable is the data within LAEP+?
Can I add my own data to LAEP+?
What is the geographic coverage of LAEP+?
Will I require training to use LAEP+?