PITCHES

Between August 2017 and April 2019, PITCHES integrated with the pre-existing Surf ‘n’ Turf and BIG HIT projects in Orkney as a basis for assessing the market potential for renewable hydrogen systems serving remote communities, including those in sub-Saharan Africa, showing that hydrogen-based energy systems have the potential to reduce reliance on imported fuels, reduce carbon emissions, and in future as the technology develops, to reduce energy costs.

The Malawi / Southern Africa element of the PITCHES project explored the replicability of such systems to isolated, off-grid communities in Sub Saharan Africa, by testing configurations of the system, and identifying business models which best suit off-grid communities in developing countries. In the developing world, there are many remote communities with little or no grid access – the Energy Africa campaign estimates that 70% of the Sub-Saharan population is without electricity access, and 50% of businesses there view a lack of reliable power as a major barrier to business. Whilst other energy storage technologies, such as batteries, may be more suitable for the smallest communities, integrated hydrogen systems could have potential to support medium sized communities with hydrogen mini-grids, and also the potential in future to support nascent enterprises and industries through providing local transport fuel.  

In 2018 Mark Hull & Rona Mackay visited Community Energy Malawi (CEM) to work on the PITCHES project with our sister organisation. After visiting CEM’s offices in Lilongwe and meeting the staff there, they embarked on a trip around Malawi with Edgar Bayani (CEM CEO) and Chawazi Gondwe (PITCHES Development Officer) to visit some of the micro-grids in villages across Malawi.   

Watch this video for an overview of CEM’s work in Malawi.

Chikwawa and Sitolo 

In Chikwawa, South of Blantyre, they visited two projects on different scales where solar panels were charging batteries and lights which were then loaned out to businesses and households to provide power and light. In the West they called into Sitolo where CES and CEM are supporting three villages and who were soon to have their micro-grid installed. Electricity is supplied directly to the houses in this instance. 

Kasangazi and two neighbouring villages 

In the North Rona and Mark met Corled Nkosi who developed and hand built the Kasangazi Hydro and supported the creation of two further hydros in nearby villages. Over 2,000 people have benefitted from Corled’s determination and skills.  

Power from the hydro is supplied to Corled’s village on handmade poles with bare copper wires. Although rudimentary the three hydros are life-changing for local villagers, giving the school light in the evenings for pupils to study, electric bulbs in homes to replace candles and oil lamps which have health and safety risks. There is now also supply to a local garage enabling a business to grow and bring much needed economic activity to the area. 

Thank you to Community Energy Malawi for hosting our visit. In return we were able to share our knowledge and practical experience of using hydrogen in Orkney with the CEM team when they came to visit us in 2019. 

Read the full report here

 

SMILE

Clever switching in SMILE

Community Energy Scotland in Orkney is taking the lead for the whole UK as the European Union explores ‘Smart Island Energy systems’ – ways for islands to capitalise upon their energy resources. 

SMILE joins a suite of projects across Scotland where CES is working with partners to overcome grid constraints so that community owned renewables can create local confidence and value, help people reduce their energy costs, strengthen local services, and promote skills and employment. 

Increasing and managing the local electricity demand in Orkney will allow more renewable energy generation. Generators there are frequently curtailed due to the limited grid capacity within the island archipelago. When community owned wind turbines increase their electricity production, the proceeds directly benefit the local residents. 

Several approaches are being tested, including: 

  • Integration of battery technology
  • Electric power to heat
  • Electric power to fuel
  • Pumped hydro
  • Electric vehicles
  • Electricity stored aboard boats

Home heating and electric vehicle charging will be a large part of the Orkney trials. 

Local partners will upgrade already established equipment to be more energy efficient and to act in a ‘grid-smart’ way – in other words with the ability to respond to and assist the local electric grid and renewable energy supply. 

Operating in real-life conditions will show how well the electric vehicle chargers, domestic heat pumps, household batteries and hot water stores suit local circumstances. 

Key to making it work will be ensuring participants in the project experience little or no disruption to their normal routine. 

The SMILE project – www.h2020smile.eu – has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement 731249. 

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