Deimos accelerates energy transitions from idea to reality

There is no single “Silver Bullet” to replace our current reliance on fossil fuels. Deimos is designed to help design the correct ‘basket’ of energy options as each case will have its own unique challenges.

Manage Your Renewable Energy On A Single Platform

Deimos is an energy modelling platform producing feasibility studies and financial reports for mixtures of heat and electricity technologies.

Data-driven, unbiased predictions help users make informed decisions. All stakeholders can contribute with fast, easy to use menus. Deimos decreases modelling times from weeks to days.

Who is Deimos for?

Energy modelling gives a view of what would happen if you installed energy systems on a site. Sites with energy usage and the means to install different technologies would benefit from using Deimos to test mixtures of solutions.

Decreasing modelling time means consultancies and ESG advisors save time. Increasing accuracy and financial confidence means projects start earlier and get faster return on investment. Users will be more likely to select the optimum solution without costly real-world experimentation.

Consultants

Consultants can provide energy models and recommendations to clients in days instead of weeks. This leaves more time for strategising the best solutions instead of looking at code or spreadsheets. Clients can then study the model, edit it, and come back year on year for improvements.

Companies

Companies with sustainability targets can use Deimos to model what they can do to decarbonise their energy. This can also be used for internal and external Scope 1-3 reporting. Middlegate Software can provide help with projects and train sustainability officers.

Local Government

Authorities could benefit from Deimos for an impartial view on business cases that they are asked to assess. Faster assessments on each site means costs are lowered to reach the right answer. Deimos provides a solution for each site, not a one size fits all that works half of the time.

Deimos Core Principles

Informed Decisions

Interrogate models with “what if?” scenarios in seconds and as many times as required to build confidence.

Technology & Systems Based

Mix multiple technologies across heat and electricity. Data driven, unbiased, independent results.

Financial Confidence

Financial models designed to assess performance quickly and accurately using NPV, DCF and IRR.

Collaborative Methodology

Build models stakeholders can view and test simultaneously to encourage buy in.

The Deimos Process

Step 1

Project current situation and historical data

Assess what the current energy usage is from site data either using meter readings or predictions from site patterns.

Step 2

Decarbonisation and energy usage targets

Define the targets for the site such as introducing backup power, reducing grid usage or decarbonisation towards net zero.

Step 3

Site changes and improvements

Map out the changes that you would like to make to your energy usage such as changing light bulbs or adding vehicle charging.

Step 4

Model mixtures of technologies

Use Deimos to model multiple energy sources and storage techniques to see what types work best and at what scale.

Step 5

Compare energy, carbon and financial models

Compare the scenarios against your targets. Use modelled financial performances to justify an installation.

Step 6

Install the best mix of technologies

Now that you know the best mixture of technologies, install the equipment on your site with confidence.

Step 7

Run equipment and collect data

Using new data from the installed equipment, assess the performance of the installation against your expectations.

Step 8

Review installations and improve design

Restart this process using new data, the latest technology, and new targets. Improve the model to better plan the future.

Step 1

Project current situation and historical data

Assess what the current energy usage is from site data either using meter readings or predictions from site patterns.

Step 2

Decarbonisation and energy usage targets

Define the targets for the site such as introducing backup power, reducing grid usage or decarbonisation towards net zero.

Step 3

Site changes and improvements

Map out the changes that you would like to make to your energy usage such as changing light bulbs or adding vehicle charging.

Step 4

Model mixtures of technologies

Use Deimos to model multiple energy sources and storage techniques to see what types work best and at what scale.

Step 5

Compare energy, carbon and financial models

Compare the scenarios against your targets. Use modelled financial performances to justify an installation.

Step 6

Install the best mix of technologies

Now that you know the best mixture of technologies, install the equipment on your site with confidence.

Step 7

Run equipment and collect data

Using new data from the installed equipment, assess the performance of the installation against your expectations.

Step 8

Review installations and improve design

Restart this process using new data, the latest technology, and new targets. Improve the model to better plan the future.

Watch A Demo

To give you a good idea of the Deimos workflow, we’ve prepared a demo to walk you through the platform.

This video is just scratching the surface - Deimos can be used for much more in-depth modelling. Click the button below to book a personalised demo.

Deimos Gallery

These images show how you create installations in Deimos, visualise their production, report on financial performance and shows the detail we model in.

Design and model your solar arrays, wind turbines, engines and many others.

Create detailed graphs to analyse your data.

Produce reports on your financial performance and statistics for your project.

Specific

Advanced

Specific

Request parts

Add parts that are not already in our library, for example engines and solar panels.

Basic

0 parts

Standard

4 parts

Advanced

20 parts

Including exclusive requests

Training hours

Included training hours with our consultants as part of your subscription.

Basic

1 hour

Standard

4 hours

Advanced

8 hours

PnL Entries

Costs such as maintenance, fuel and operation.

Basic

50 entries

Standard

Unlimited

Advanced

Unlimited

PnL Functions

Extreme control over variables like energy pricing.

Basic

Constant

Standard

Half hourly

Advanced

Half hourly

Thermal Loads

Basic

Constant

Standard

Half hourly

Advanced

Half hourly

Carbon modelling

Basic

Standard

Advanced

Basic

Standard

Advanced

Read/Write Users

Read only Users

Energy projects

Scenarios

Unlimited

Parts Library

Upgrade to access detailed models of industry standard assets.

Generic

Specific

Request parts

Add parts that are not already in our library, for example engines and solar panels.

Including exclusive requests

Training hours

Included training hours with our consultants as part of your subscription.

PnL Entries

Costs such as maintenance, fuel and operation.

Unlimited

PnL Functions

Extreme control over variables like energy pricing.

Constant

Half hourly

Thermal Loads

Constant

Half hourly

Carbon modelling

Software Guides

Finance Model

Making assessments on the financial viability of the solution. Note: Higher tiered plans have more features.

Sensitivity Studies

Assess the impact of changing variables on the model, such as fuel prices.

External Users

Allow third party consultants to access and modify your scenarios.

Solar Tracking

Includes single and multi-axis tracking.

LCOE

Levelised cost of energy.

Operation Criteria

Model basic facility control, switching equipment on and off based on criteria.

Detail View

Extreme close-ups of model data, down to each half hour of data.

For information on pricing,

Contact Us

If you would like to ask a question about what Deimos can do or how we can help your business, send us an email here.