Much of the energy-related data that we use has a geographical
element, and we are able to use Geographical Information System
(GIS) technology to exploit this to the full, undertaking
spatially-based analysis, and presenting the results in a web-based
interface for access by our clients. By combining your data with
data from external and our own sources, we can run complex queries
on the data, for example filtering using multiple criteria, adding
value and intelligence to data that is often under-exploited. We
believe that mapping should be an integral part of energy and
carbon management, so where feasible, we use publicly-available
data and open source software to keep costs low and avoid the
overhead of specialist tools. Because our systems are lightweight,
we have the flexibility to make changes quickly and easily as data
changes or new data becomes available, and maps can immediately be
updated on our secure website.
Specifically, we can use geographical data to address a number of
key areas in the field of energy consumption and reduction. For
example:
• Analysing the energy efficiency of Local Authority and
Housing Association stock portfolios using the NHER stock assessor
and our own mapping methodology, presenting all results in a web
map
• Modelling the impact on property Standard Assessment
Procedure (SAP) values of programmes of energy-saving measures, and
allowing users to query the map for specific results
• Assessing potential for solar photovoltaic panels, drawing
on a range of data sources from 3D surface models to stock
databases
• Modelling demand for combined heat and power (CHP)
installations, allowing feasibility to be established, and
supporting decisions on sitting and sizing
• Mapping carbon footprint impacts on a global scale, showing
where emissions are generated throughout a product lifecycle,
helping to identify opportunities for reduction.
