In this study, we have performed technical and commercial feasibility study of BuffaloGrid Hub Deployment. Under the technical feasibility study, the Hub and the printed circuit board design have been reviewed. Using the new design, BuffaloGrid will now be able to reduce the Hub manufacture cost by up to 75%. Four types of payment system have been defined. Considering the payment system and future expansion of the Hub services (internet, e-services etc.,) new server system has been redesigned which will be implemented in four phases.
In the commercial feasibility market research, environmental impact assessment, partnership establishment, risk analysis and competitor analysis were performed. Several field surveys were performed at Assam, Bihar, Jharkanda and Karnatka in India to identify people’s need for power, possible location of Hub placement, people’s willingness to pay. The field survey allowed us to start our first installations in India. Now 27 hubs are in operation in India. We have established partnerships in different sectors such as for Online services, improving people’s security, power connection in refugee camps etc. Our risk analysis study will support us to prepare alternate plans in order to cope with different challenges that come our way.
We have also performed our initial environmental assessment study which will allow us to be more sustainable and reduce our carbon footprint. We have developed a draft IPR plan and already submitted a patent application in the USA, UK, China and India. Finally, a lot of effort have been performed to prepare our business plan. Our thanks to our H2020 coach who has supported us to consolidate our financial plan and adjust it for the Indian economy market. With all of these analysis performed in this study we have identified our next technical and commercial tasks, which are mainly focused on further development of the Hub, PCB and server designs, Hub life cycle analysis (LCA), execution of planned works with several partners from EU, India and Africa, installation of new Hubs and finally control and monitor them.