Global CSP off grid – renewable energy

desalination - air-condition - hot -water

For remote communities and Islands

Energy is a key issue for sustainable development. In island and remote communities, where grid extension is difficult and fuel transportation and logistics are challenging and costly, renewable energy is emerging as the energy supply solution for the 21st century, ensuring reliable and secure energy supply in such communities.The deployment of renewable energy technologies is increasing globally, supported by rapidly declining prices, Global CSP understandthese challenges and can provide a one stop

cost-effective solution for communities and the developing world countries

Global CSP

A one stop solution – we are a company committed to

helping combat the effects of climate change

Using our enclosed parabolic trough solar captors (sealed and totally weather proofed) withaperture sizes ranging from 1 metre (for roof installation) to 4 metres (ground based),we can generate power of up to 5MW per hour with these smaller ORC units.

Our captors will provide hot water to any temperature or steam & superheated if required.All our power packs can operate off grid and combined with vacuum heat storage tanks containing molten salts, heat can be stored during sun hours for evening power use.Rising seas, disappearing glaciers, melting ice, storm surges: The threat of climate change may be distant to many people but not for residents of small, low-lying islands.

Global warming has arrived, in some regions, the freshwater has turned salty, farmlands are barren and officials say rising waters will submerge entire nations by century's end unless concerted action is taken

Global CSP are proud to support the

‘Alliance for Rural Electrification’

extract from statement by Ernesto MaciasPresident of the Alliance for Rural ElectrificationWorldwide more than 1,6 billion people do not have access to electricity. 80 % of those live in

rural areas. We in the industrialised world take electricity for granted. We do not realize that

electricity is a basic precondition for almost all aspects of modern life.

The provision of a stable and reliable access to electricity in rural areas does not only mean light

but it is a major social, economic and environmental change that contributes to the alleviation of

poverty, illiteracy, hunger & thirst, disease, etc. In other words, it becomes the foundation for

development and progress. Electricity is essential for self sustained economic development.

It enables poor communities to take their destiny in their own hands. As a consequence, access to

electricity has to be high on the political agenda, while the private sector should commit in this effort

The fight against climate change is one of the greatest challenges for the international community.

Electrification means higher CO2 emission. How can access to electricity and the fight against

climate change be reconciled? Renewable energies are the solution. Nowadays modern hybrid

system (renewables combined with conventional energies) are not only more climate friendly than

traditional diesel-run systems but also more efficient. Higher investment costs are coupled with far

lower running costs. Break even can be achieved within 3-5 years.

Global CSP

support the need for renewable

energy roadmaps for small island nations.

The Association of Small Island States is making a concerted effort to convince big carbon emitters, including emerging economies like those of India, China and Brazil, to begin reducing emissions before 2020.

Access to electricity assists with income-generating activities, including agriculture. Rural electrification in India in

the previous decade has largely focused on irrigation, which has moved the nation from a net food importer to a

net food exporter. generation uses include in fisheries, processing of agricultural goods, and small-scale industry such a

Electricity is important for the function of schools and hospitals.

The significance of power for lighting should not be underestimated; studies of rural electrification

indicate that supplying lights allow students to study into the evening hours

Global CSP

Understand the needs of Island Nations

The population of the world's islands is over 730 million, approximately 11% of the world's total population.There are approximately 180,500 islands in the worldSECRETARY-GENERAL, AT SOLAR ENERGY EVENT, SAYS HARNESSING POWER OF MULTILATERALISM

CAN BOOST SUSTAINABLE DEVELOPMENT THROUGH DURABLE, RENEWABLE ENERGYThis is a serious threat to our planet. Sea-level rise could wipe out whole cultures and

countries. Natural disasters cause trillions of dollars in damage. People are dying from extreme weather events, which are also endangering livelihoods around the world. Smaller catastrophes - local floods, storms and droughts - also take a heavy toll.Solar energy can play an important part in realizing these goals.

Global CSP

Meeting the needs of the Island Nations

CSP is a renewable energy: versatile and sustainableand will co-generate with other local fuels.Both off grid and as a local supplement to unreliable grids. CSP is low risk with virtually no emissionsCSP can replace or save expensive imported fuels CSP can provide hot water, heating, cooling and drying and cookingdesalination, air-conditioning and water purification

Public and social facilities, Lighting, refrigerators, medical devices Landline and mobile phone networks, mini-grids, street lighting and road sign illuminations, maritime on-board electrical systems.

For medium sized, off grid industrial needs 24/7, such as mining, which has other infrastructure requirement(electricity, cooling / heating, water treatment), CSPhybrid systems can be used, consisting of a Concentrated Solar Power (CSP) system, an ORC power pack and storage.

Global CSP have the technology to provide

clean, safe drinking water for off grid communities

Types of Water SupplyThere are three general water supply requirements in rural areas:

Community water supply: Communities require water that is clean, uncontaminated and constant in supply. The amount of water needed depends on the number of people in the settlement. A village of 1,000 people supplied with a modest supply of water requires some 40 cubic metres (40,000 litres) per day.

There is evidence that the global climate is changing. A global temperature increase of 3-4°C could cause changed run-off patterns and glacial melt will force an additional 1.8 billion people to live in a water scarce environment by 2080.Source: UNDP: Human Development Report, 2007/2008

Climate change is predicted to have a whole range of impacts on water resources. Variation in temperature and rainfall may affect water availability, increase the frequency and severity of floods and droughts, and disrupt ecosystems that maintain water quality.

source and see more; -- See more at: http://www.unwater.org/statistics_pollu.html#sthash.LdYjIMib.dpufSee more at:

Global CSP we have the technology to ;

support the initiatives for the acceleration &

development of small scale concentrated solar powerin developing countries and off grid communities

Department of Energy and Climate Change (DECC)Department for International Development (DFID).Department for Environment, Food and Rural Affairs (Defra)Foreign and Commonwealth Office (FCO).

see; www. small_scale_concentrated_solar_power_carbon_trustThe study that investigates the potential for UK intervention to accelerate the deployment of

small-scale concentrated solar power (CSP) in various developing countries, with a focus on industrial process heat applications, and rural or on-grid or off-grid power or combined heat and power applications. It has been carried out by the Carbon Trust on behalf of and with input from the UK’s Department of Energy and Climate Change (DECC) and the Department for International Development (DFID). It will feed into evidence being gathered for a possible intervention by the International Climate Fund, a £2.9bn fund that is managed jointly by DFID, DECC, the Department for Environment, Food and Rural Affairs (Defra) and the Foreign and Commonwealth Office (FCO). www.global-csp.com . www.carbontrust.com

Global CSP and Cranfield UniversityNew collaboration reinforces Cranfield’s solar reputation‘We share a passion and weare committed to green energyfor our future generations’

Global CSP, are developers of the world’s first precision engineered solar energy collector system,and Cranfield University are to work together on two solar energy projects.

The collaboration will involve testing and improving Global CSP’s solar energy collector system

– the ‘solar captor’. Based on aircraft technology, the solar captor is fully insulated against extreme weather and

offers considerable cost savings over traditionally fabricated solar energy collectors for use in power generation,

air-conditioning, chilling, water purification and desalination, providing hot-water up to super-steam for

manufacturing process. In addition, the partnership will design and build a medium scale Organic Rankine Cycle

(ORC) generator.

ORC generators use a dense organic fluid with a low boiling point temperature, allowing power generation from

lower temperature sources, making them ideal for solar energy collectors. Global CSP have already built a small

15kW ORC prototype but will be building two larger scale ORC power plants at Cranfield (one at 75kW -130kW

and the second at 500kW - 1000kW) further the ORC power plants will be used for waste heat recovery in the UK

and global markets.

“There is huge potential for the ORC technology with concentrated solar energy” Says Dr Chris Sansom

Global CSP CEO Graham Provan, said: "We are delighted to announce the collaboration with Dr Chris Sansom, one of the UK leaders in Concentrating Solar Power (CSP) along with his team. The ORC power plants will be designed and initially built at Cranfield, a leading UK university with a reputation for engineering excellence. "Global CSP CEO Graham Provan”

"With the combined expertise of our teams at Global CSP and Cranfield University we are fully committed to help expand and deploy our innovative CSP technology to remote communities around the world,“

Over the last 3 years Global CSP’s international team have designed a precision engineered solar energy system with revolutionary features that make this product world class. The design is based on aircraft technology, fabricated on a precision engineered jig, bonded together (no welding or pop riveting) that produces a highly accurate and quality product; a unique system of manufacturing anywhere in the world, reducing the costs substantially

A solar powered -totally recyclable -green technology for tomorrow Concentrated solar energy offers huge potential as a power source but is currently under-

exploited, it can also co- generate with an ORC power pack and storage facility to give a 24/7 365 days provision of reliable and clean power for a virtually unlimited range of applications and is ideally suited for remote communities and Island Nations.

Please don’t hesitate to contact us

Graham Provan (CEO) www.global-csp.com

by Global CSP

We have one Earth, the changing weather patterns dictates a worldwide commitment to reduce carbon emissions, the Islands of the Pacific will need as much help as possible as they will be one of the first to experience the changing climate with rising se

‘We have one Earth, the changing weather patterns dictates a

worldwide commitment to reduce carbon emissions.’