call us: +44 (0)208 686 6372
3 Aug 2011

Moving vehicles between cost centres in ECM

Most organisations using ECM will generally have fleet vehicles assigned to one specific site (or cost centre) and will rarely have the need to move vehicles multiple times. However, one of our larger clients is a construction company operating over 200 active sites and given the nature of construction, people can be moving between sites and re-assigned to different cost centres on a regular basis.

Find the vehicle that has moved to a different cost centre:

Vehicle-edit

Now simply edit the registration number of the vehicle to something else. For ease of view, it might be useful to add the date of change (highlighted in red); "CB7VEP to 03/08/2011". However, it can be edited to anything else; for example "CB7VEP Moved".

Once the vehicle is edited, the original vehicle will re-appear when you next import your fuel card data. That vehicle will appear again as un-assigned, allowing you to re-assign it to one of your cost centres:

Vehicle-import

If you have any questions about fuel card imports, or any other aspect of ECM, please contact a member of our support staff: support@carboncalculated.com

10 Jun 2011

CRC Footprint Report Guide

This post should provide you with some help and guidance about putting together your CRC footprint report. There are a number of other posts in the CRC help series, click on the CRC tab (above) to see the full list of articles. If you are in urgent need of completing your report before the 29th July deadline, our CRC software and in-house experts will be able to help, click here.

The purpose of the CRC footprint report is to identify CO2 emissions that you are required to declare to the CRC registry. In each following reporting year of the phase, you will also declare CRC emissions on an annual basis.

Footprint year

Under the CRC Energy Efficiency Scheme, participating organisations must submit a footprint report on the last working day of July following the footprint year of each phase. The next footprint report is due on 29th July 2011.

The report for phase one covers the period from 1st April 2010 to 31st March 2011, while the footprint report for phase 2 is due at the end of July 2014. An annual report is due in each subsequent year of the phase. Have a look at the timeline below to see how the scheme is due to run for the next few years:

Crc_timeline_environment_agency

Calculating CRC Emissions

The Environment Agency strongly suggests that you calculate your CRC emissions outside of the CRC Registry and keep record of everything for your evidence pack in case of audit.

Varying levels of CO2 is attributed to different energy supplies when consumed, and the Department for Energy and Climate Change publish a list of emissions factors for specific use in the CRC Energy Efficiency Scheme. At Carbon Calculated, we maintain these formulas in our calculation platform, ensuring that our ECM software and software built and provided by third-parties is always running on the right data and producing the most accurate results.

In order to calculate your CRC liability, you must initially understand your organisation’s total energy use emissions; this is all electricity, gas and other CRC fuels consumed throughout the organisation.  The Environment Agency have then provided a structure for removing excluded emissions sources:

Calculating_crc

Various excluded energy sources (transport etc) must then be removed from the calculation, along with any parts of your organisation covered by Climate Change Agreement (CCA) exemption (note, not CCA exclusion). At this point you arrive at your total footprint emissions:

Crc-calc

You must then use the 90% rule outlined below to ensure that enough emissions are being declared; this is an opportunity to save some expenditure on CRC allowances by only declaring what you absolutely have to.

Once you have calculated at your total regulated emissions with the 90% rule, any emissions attributed to CCA exclusions, or EU-ETS installations are then taken off to arrive at total CRC emissions.

If you have EU-ETS sites or climate change agreements (CCAs) within your organisation, it is important that you understand the rules regarding these as various emissions can be included or excluded.

90% Rule

At least 90% of your organisation’s total footprint emissions must be regulated by the EU-ETS, CCAs, and/or the CRC. This is known as the residual percentage and enables you to calculate total regulated emissions.

When you have arrived at your total footprint emissions, you need to ascertain whether at least 90% of your total footprint emissions are made up of core energy supplies or regulated by the EU-ETS or CCAs. If more than 90% are regulated in this way, you do not have to include any residual fuel supplies in your footprint report. Essentially, you must declare all core energy supplies, EU-ETS or CCA coverage; so if this is 91.47% of emissions, this is what you must declare. This also means that you can remove the residual energy supplies that account for 8.53% of total footprint emissions.

90_percent_rule

IF EU-ETS, CCAs and Core Energy Supplies equal less than 90% of total footprint emissions, then you must include some residual supplies on your report.  You must make list of your residual supplies, a residual measurement list, and choose which fuel supplies should be included in the declaration. It is not necessary to include all supplies of a particular type, but you must include all supplies from an individual site. For example, if you have site A, B and C that all had petrol consumed during the footprint year; you could choose to include all the petrol consumed on site B (and exclude A and C’s supplies), but not just half the petrol consumed on site B.

Once you have used the 90% rule to include or exclude residual fuels, you will have calculated your organisation’s total regulated emissions.

Declaring CRC emissions

CRC emissions are calculated by removing emissions covered by EU-ETS and CCAs from total regulated emissions. These core and residual supplies will have to be reported in each annual reporting year for the remainder of the phase, unless they become covered by EU-ETS, CCAs, or transferred to another organisation. It is important to keep careful record of supplies and exclusions in your evidence pack in case of audit.

You must then enter all your information into the CRC registry, an online system accessible through your organisation’s government gateway account.

You must supply the following information to the CRC registry:

  • Core supplies (excluding EUETS and CCA covered supplies)
  • Residual supplies (excluding EUETS and CCA covered supplies)
  • CCA exempt emissions (all emissions from exempt subsidiaries)
  • EUETS emissions (split into core and residual/non-core)
  • CCA excluded emissions (split into core and residual/non-core)
  • Quantity of Electricity Generating Credits you are eligible to claim
  • The supplies of ‘Other Fuels’ to your organisation

 Useful Links:

CRC Software from Carbon Calculated

Environment Agency CRC report guidance

CRC Registry

Contact Carbon Calculated

11 May 2011

ALWAYSON GLOBAL 250 COMPETITION

Ao

Carbon Calculated are delighted to have been nominated in the AlwaysOn Global 250 Top Private Company competition. AlwaysOn run the competition in conjunction with KPMG to highlight top emerging private companies in the global technologies industries.

The team at Carbon Calculated are pleased that our carbon and energy management software and innovative environmental data services have been recognised as "game-changing" within the Genentech sector.

Our solutions are helping organisations comply with legislation such as the CRC Energy Efficiency Scheme, along with providing a resource to sustainbility professionals and powering many carbon and energy apps across the web.

The winners of the completion will be announced in June and honoured at Summit at Stanford in July this year at Stanford University.

4 May 2011

Thinking with Nodejs Portals

Last Monday was a bank holiday here in the UK, and while most people were playing computer games or out socialising, our CTO, Richard, was starting to truly think with portals. After releasing a ruby wrapper for the Pachube TCP stream API, Richard decided to build a Node.js streaming TCP client for Pachube's TCP server.

Node.js is an event-driven I/O framework for server-side JavaScript, but what does this mean and what does it allow us to do? Well, it essentially allows us to open up portals between events, allowing us to listen for information, rather than asking for it via the web:

Porttal-2_light-bridge_thumb

Combining this with the Pachube TCP stream API enables us to extend this to real-world devices, creating portals for data to stream through to our software. What are we doing with these portals and this data?...You'll just have to wait and see ;-)

We have of course released the code for this client via the Carbon Calculated Github account; feel free to fork, commit or comment.

20 Apr 2011

Real time data with Pachube using TCP stream

We have just released a gem (Ruby plugin) which uses the new beta Pachube TCP stream using Eventmachine.

The Gem is available on the Carbon Calculated github here: https://github.com/carboncalculated/pachube-stream

Pachube allows you to manage and sensor realtime data such as electricity, and have recently partnered with CurrentCost acting as the data store for the CurrentCost web bridge.

Our gem allows a Ruby developer to access their own or publically available data streams from pachube and consume the data inside their own applications. Here at CarbonCalculated we are using the Pachube Stream gem to enable realtime monitoring of electricity, gas and water consumption and related carbon emissions across our range of products. This means there is no longer a need to import gas, electricty or water bills, simply fit a web enabled meter and add the readings from the device straight into your companies carbon footprint!

To get started with the gem, read the documentation on github and have a look at the examples here: https://github.com/carboncalculated/pachube-stream/tree/master/examples

The pachube gem is open source and therefore pull requests are very much welcome!

16 Apr 2011

Carbon footprint of an FA cup semi final

As some of you may be aware, there is an FA cup semi-final this afternoon between Manchester United and Manchester City.

This final is being held at Wembley, which means that over 60,000 fans will be making the journey down the M1 to London and back again.

The semi-final of the FA cup was not always played at Wembley, in fact up until 2008 it was played at a variety of venues.

With 31,500 tickets allocated to each set of fans, it made me wonder what the carbon footprint of 63,000 people traveling up and down the country on an April Saturday afternoon. Please note, this is a bit of a quick calcualtion, but it should give you some indication....

Given the average occupancy of a UK car is 1.58, with the benefit of doubt, we’ll assume that each car travelling to the game is carrying on average 2 people. This means that there could be as may as 31,500 cars making a 420 mile (2 x 210 miles) round trip to and from London this afternoon.

Inputting this information into our Defra travel calculator and choosing average car (unknown fuel), produces some staggering results:

Carbon-footprint-journey
This number of journeys amounts to over 4,434 tonnes CO2e (equivalent carbon dioxide), made up of over 4,405 tonnes carbon dioxide, 25 tonnes of nitrous oxide and over 3 tonnes of methane. According to Mike Berners-Lee’s great book, How Bad are Bananasthis is equivalent to the carbon footprint of over 55 million bananas!

Clearly there will be a mix of transportation to and from the game including buses, trains and cars; you can have a go at your own calculations here.
 
However, I am sure that if the FA chose a venue that reduced the journey time and distance that the fans are forced to travel, they could reduce the overall emissions attributed to the match quite considerably!

I’m now off to watch the game on TV, enjoy!

 

7 Apr 2011

CRC Energy Supplies

After an introduction to the CRC Energy Efficiency Scheme, this post should give you an outline of the different types of energy supplies covered by the CRC scheme.

There are 29 energy sources covered in the CRC scheme and it is important that organisations keep a careful record of any consumption from these sources.

In the CRC, energy sources are split into core energy supplies and residual energy supplies. 27 of the 29 energy sources are residual supplies; these must be counted, but not necessarily always declared:

Fuels

CRC Electricity Meters: 

Electricity and Gas in the CRC can be either core or residual supplies, depending on the type of supply and meter associated with that supply.

A core electricity supply is a supply measured by a meter which is one of the following: 

  • settled half hourly meter
  • non-settled half hourly meter
  • a non-domestic meter
  • a dynamic supply

You are able to distinguish the type of supply by identifying the meter profile type; half hourly meters (HHM) are profile "00":

Meter_numbers

AMR meters can be read remotely and capture data on at least a half-hourly basis, while non-domestic meters are generally profile types 05-08 (05, 06, 07 and 08).

Most other types of electricity supplies are classed as residual energy supplies:

Electricity-meter-ecm

CRC Gas Meters: 

In terms of Gas, there are three types of supply that are considered core gas supplies:

  • Daily Read Meter
  • An hourly meter (remotely read AMR meter)
  • A large gas point meter

A large gas point meter is a non-remotely read (AMR or daily read) meter with a supply greater than 73,200 kWh per annum. Most other meters will be non-daily read ≤ 73,200 kWh per annum; these meters are classed as residual supplies.

Here's an example of these meters available in our ECM software:

Gas-meter-ecm

As you can see from the CRC dashboard within ECM, all relevant emissions are routed to either core or residual energy supply. The percentage gives you an easy indication of how much carbon you have to declare in your CRC footprint or annual report:

Crc_core_residual

If you would like to find out some more information about how ECM can help you comply with the CRC Energy Efficiency Scheme, get in touch! You can also follow us on twitter for CRC updates.

More detailed information about the rules and regulations of the CRC Energy Efficiency Scheme can be found on the Enivironent Agency's website.

5 Apr 2011

Electricity Bill Carbon Calculator - An adventure into sproutcore

We at Carbon Calculated always look at the advances in technology and how we can use them for developing new application for carbon calculation.

We have been experimenting with Sproutcore (Javascript MVC framework) recently and have knocked up a quick example application:

Screen_shot_2011-04-05_at_19

Electricity Carbon Calculator example app

and the code for this is open source and availble here:

https://github.com/carboncalculated/electric-bill-carbon-calculator-sproutcore

This shows how quick and easy Sproutcore and the Carbon Calculated API are to use.

 

30 Mar 2011

GHG Accounting in ECM

Before embarking on our journey to build Enterprise Carbon and Energy Management software, we decided that to build an enterprise solution, it would have to cater for as many greenhouse gas accounting, calculation and reporting frameworks as possible, in order for organisations to meet the highest number of legislative and international standards.

Standards that our ECM system currently supports include the GHG Protocol, Carbon Disclosure Project, ISO 14064, and the CRC Energy Efficiency Scheme. ECM supports all these standards simultaneously, and certain standards such as the CRC can be simply turned off.

The highest level standard that had to be considered is the Greenhouse Gas Protocol; a global accounting framework established  and maintained by the World Resources Institute and World Business Council For Sustainable Development.
 
The GHG protocol serves as the backbone of most global greenhouse gas reporting standards by setting out clearly defined boundaries, or “scopes”.
 
In ECM, we break the inputs and reporting into the three GHG protocol scopes:
Ghg_scopes
Scope 1 includes all an organisation’s direct GHG emissions; vehicles owned or leased by the organisation, directly consumed fuels and gas fired boilers that are usually metered.
 
Scope 2 includes indirect emissions though electricity consumption. These emissions are indirect as the actually generation is usually carried out by a third-party, but most of the result of that generation is consumed by the organisation through metered electricity.
 
Scope 3 includes indirect emissions and essentially accounts for everything else that an organisation consumes and in an ideal world will include the whole chain of suppliers, distributors and other products or services an organisation consumes.

(download)
As you can see from the first image in this gallery, total GHG (all scopes) 75.69 tonnes CO2, and as you cycle through the images you can see the amount of greenhouse gasses associated with each scope.

ECM also provides you with a view of scope emissions on a monthly basis:

Scope_emissions_month

In terms of other greenhouse gasses, our Enterprise Carbon Management solution also accounts for Methane (ch4) and Nitrous Oxide (N2O) where the data is available:

Gas_meter_ghgs

If you would like to find our more about ECM, or simply want some guidance with carbon calcualtion; don't hesitate to get in touch!

 

15 Mar 2011

ECM User Permissions

We have recently implemented varying degrees of user permissions on some Enterprise Carbon Management accounts.

Permissions are accessible by administrators when clicking:
settings-> user management, then click on a user and click "edit"

New users first need accept their invite and log-in before being assigned permissions. An account administrator can then edit their profile to assign sites.

"Make Admin" means that the user will have full access to the account (all sites, reports, fuel cards etc). These users are also the only people who can add new users and set permissions on the account.

Example:

This account has five sites: HQ, Publicity, Sales, Talent Management and Distribution:

Full_permissions

In user settings, the admin assigns our data analyst to HQ and Distribution:

Ecm_user_permissions

You can assign users to one or more sites and with different privileges (site users):

  • "Hidden" means that the site and any data associated with that site is invisible to that user. 
  • "User" means that the user can view the whole site and add data, but cannot delete other users' data. 
  • "Admin" on a site means that the user has full access to that site and can add or delete data created by any user.

When the data analyst logs in, they only see the sites assigned to them:

Restricted_user

Site users cannot add, edit, or deactivate sites. They also do not have access to fuel cards or the CRC dashboard:

No_full_permissions

When site users click the "home" button in ECM, they are shown a footprint of any sites that they have access to, rather than the whole organisation.

Account administrators ("Make Admin") are the only users that have access to the organisation as a whole, fuel cards, reports, and anything to do with the CRC Energy Efficiency Scheme.

If you have any questions, please don't hesitate to contact a member of our support team or call +44 (0)20 8686 6372.

 

Carbon Calculated Team

News and guidance from the Carbon Calculated team; a bunch of software developers and carbon experts based in London, UK.

Contributors

carboncalculated nogeek constructioncc