BBOXX aims to provide electricity to 1.4 billion people currently without it through an affordable and sustainable energy kiosk solution. The solution involves centralized power generation through solar, grid, or micro-hydro sources, with decentralized distribution using portable battery boxes exclusively produced by BBOXX. Users pay a deposit and recharge fee to access the system, making it financially sustainable. The kiosks are sized to provide power for 150-500 users from sources like solar panels through products like lights, phone chargers, and small TVs. Operations involve working with local officials to set up kiosks in suitable areas and training shopkeepers to manage recharging.

1. Energy Kiosk Solution
BBOXX Ltd – January 2012
CONFIDENTIAL INFORMATION ©BBOXX UK 2012

2. Background to BBOXX
We aim to electrify part of the 1.4 billion
people currently living without electricity in an
affordable and sustainable manner.
CONFIDENTIAL INFORMATION ©BBOXX UK 2012

3. Energy Kiosk Concept
• Centralised power generation through PV, grid or micro-
hydro
• Decentralised power distribution through portable battery
boxes, exclusively designed and produced by BBOXX
• Deposit and recharge fee paid for by the user
• Financially sustainable, costs recovered for investor
CONFIDENTIAL INFORMATION ©BBOXX UK 2012

4. Energy Kiosk Products
• A range of battery box products from 5Ah to 120Ah batteries,
catering for a wide selection of the community
• Suggested recharge prices from $1/unit for smallest capacity
systems
• 220VAC, 12VDC and 5VUSB outputs
• 2W, 5W and 6W LED lights
• Low power 8” and 15” TV’s
• USB Multiple Phone Charger
CONFIDENTIAL INFORMATION ©BBOXX UK 2012

5. Energy Kiosk Operations & Sizing
Energy Kiosk Set-up Process Energy Kiosk Sizing
• Consultation with local government • Suitable for populations between 150
officials to select suitable general to 500 users
geographical location • Deposit paid by the user to gain
• Surveys of energy needs and energy access to the scheme and protect
expenditure of the local population against theft of equipment
• Selection of the kiosk location and • Micro-finance institutions are used to
kiosk management structure assist in deposit payment
• Sizing of the kiosk generation • Recharge fees based on price of
equipment kerosene and existing energy services
• Agreement of the local pricing • Historic utilisation rates of >80%
structure • Historic theft and non-payments
• Recruitment, selection and training of rates of <3%
local shopkeeper(s) • External maintenance, replacement
• Training of villagers in the use and of products and shopkeeper training
benefits of the system paid for by the kiosk revenue
CONFIDENTIAL INFORMATION ©BBOXX UK 2012

6. Energy Kiosk Operations & Sizing
Energy Kiosk Set-up Process Energy Kiosk Sizing
• Consultation with local government • Suitable for populations between 150
officials to select suitable general to 500 users
geographical location • Deposit paid by the user to gain
• Surveys of energy needs and energy access to the scheme and protect
expenditure of the local population against theft of equipment
• Selection of the kiosk location and • Micro-finance institutions are used to
kiosk management structure assist in deposit payment
• Sizing of the kiosk generation • Recharge fees based on price of
equipment kerosene and existing energy services
• Agreement of the local pricing • Historic utilisation rates of >80%
structure • Historic theft and non-payments
• Recruitment, selection and training of rates of <3%
local shopkeeper(s) • External maintenance, replacement
• Training of villagers in the use and of products and shopkeeper training
benefits of the system paid for by the kiosk revenue
CONFIDENTIAL INFORMATION ©BBOXX UK 2012