Golden Mile Transport Meeting22 April 2010

The next evolutionary step for greentomato

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The greentomato group provides a variety of goods

and services with the aim of assisting its clients to

reduce their carbon footprints without a

dramatic change in lifestyle

The energy problem

3

The UK has an uncertain energy future given

- the slowing production of oil and gas in the UK

which leads to increasing reliance on

overseas sources

- low carbon emission targets which need to

be met by 2050

- the level of capital required - we are

required to double our rate of electricity asset investments to replace

systems which are nearing the end of their

lifetime

Based on CBI estimates

%

Small-scale electricity generation

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- FIT returns

- Utility savings

- Predictability of utility costs

- CRC points

- Marketing benefits

The FIT or ‘Clean Energy Cashback Scheme’

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A similar system for the generation of heat, the

renewable heat incentive, is set to come into force in

April 2011

· Launched on 1 April 2010· Payments for generating electricity from eligible small scale low carbon energy

sources– solar photovoltaic– wind– hydro– anaerobic digestion– micro -CHP

· Payable to individuals, households, communities and businesses· Two levels of tariff

– generation tariff , payable per kWh generated, regardless of whether it is used or sold– export tariff, guaranteed minimum price payable per kWh that is not used and is sold back

to the electricity grid

· Tariff is index linked· Tax free for domestic only· Attaches to a system for a guaranteed period of time depending on the

technology

Case study

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Large commercial building in North London

Pitched roof

South-West facing

No significant installation issues

Available space of 350m2

1 Based on SAP 45 deg from South, 0.8 performance factor2 Assuming that the installation is carried out by March 20123 Based on 0.568kg co2 per kWh

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Size of installation 39.5 kWp

Annual output 30,233 kWh

Installation cost £135,000

FIT 31.4p/kWh

CO saving 17,173kg

Size of array 288m

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3

2

2

Returns for the first 10 years

Year

Kaohsiung stadium in Taiwan

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Largest solar powered stadium in the world

50,000 capacity stadium

Array is made up of 8,844 solar panels and is 4,552m

Generates 1.14 million kWh per annum preventing the release of 660t of CO per

year

When the stadium is not being used, it provides 80%

of the power for the local area

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2

Transport

Electrification of the transport network

Solar powered car parks

Opportunities for completely zero emission

fleets

Executing a potential project

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greentomatoenergy is unique in that it offers a full suite of services across all

technologies so that we are able to offer a solution that

is most suited to your business

Analyse space

Design

Finance

Install

Maintain

Disclaimer

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The purpose of this document is to provide information solely to the addressee. By accepting this document the recipient agrees to keep confidential at all times information contained in it or made available in connection with this or any further investigation. This document is for the exclusive use of the persons to whom it is addressed and their advisers and shall not be copied,

reproduced or distributed (in whole or in part) or disclosed by recipients to any other person nor should any other person act on it. The information in this document has not been independently verified by Green Tomato Energy Limited (“greentomatoenergy”). Except in the case of fraudulent misrepresentation, no

responsibility or liability is accepted by greentomatoenergy or by any of its officers, employees or agents as to or in relation to the accuracy or sufficiency of this document or any other written or oral information made available to any interested party or its advisers and any such liability is expressly disclaimed. By accepting this document the recipient agrees to be bound by the foregoing

limitations.

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