 OK, good afternoon. It's really nice to be here. And I'm an engineer. I'm going to talk more like a bottom-up approach. My name is Jun Yuen. I'm working for the Royal Institute of Technology and also the Maldonné University in Sweden. And also, I'm editor-in-chief for Applied Energy. The reason is because, in fact, this is not only my professor's job rather than practice how we use international network to promote clean energy and renewable energy. Yes, the title I used to innovative or innovation because we do need innovation. But innovation doesn't mean complicated. That's what we have, the complete connection with the computer rather than robust system. Here's outline. I would like to bring the issue and the mismatch with the stakeholders and what's the situation right now in developed country which owns a new and advanced technology and the developing country need. There's markets there, but they need technology. And also another issue I would like to bring what kind of solution we have. And I would like to bring one example of what we are doing and some action what we have done. Here, this is the pre-autical table. In the opening session, we're talking about Nordic countries. And Sweden has about 0.14% of the population and they discovered about 15% of the element. So that's more like you try to illustrate how the scientific advance as a small country. And if you even look at 9 million population in Sweden, they have so many worldwide larger companies. And what's happened behind that? And I do observe there are a lot of new technology but because market limitation with 9 million people, how to explore the technology into the other larger market for example like China, India, or some other developing countries. So that's the background why we would like to do something new or we all know this so-called death of valley. And our stakeholders working in academy one side and the industry on the other side and government give money but not. There's one part in the book, there's this called valley of deaths and which we need money, we need a stakeholder to get into together. That's what we try to bring all stakeholders together and working a little close to the market. And that's one of the motivation we create the new institute of so-called applied energy innovation institute which we use as our network is tabulated from the applied energy. I will give you a little bit more information later about what applied energy network. And also we try to use so-called organized result organization. This new institute is independent and it's not dependent on the government and all other research institute. And so that we might able to keep is more robust and less bureaucracy. There are two issues we need to solve. One is how to bring all stakeholders together. It's easy to say but not easy to do. And secondly is how to bring our international collaboration into the implementation as what we have mentioned in the opening session. So that's what we try to solve by our solution. And what we have done is once established one platform or institute try to link with a strong international collaboration and located a little bit close to the market. For example in this case in China. And also we try to work more focused on the implementation rather than research and development. Here is some background about applied energy. It's one journal established in 1975. So next year will be 14 anniversary. And we published about 1000 paper. And it's really larger network. And based on that we started the so-called ISEE international conference on applied energy to facilitate the communication for our authors and reviewers and the editors. And based on that so we continue working with the local government for example in China. This is our international network we have been hold since we started in, let's say I hope it works. So we started in force one in Hong Kong. It's about 100 people. And the second in Singapore is 300 people. And the third one in Georgia, Italy. And fourth in China in Suzhou. And then we had a small expert workshop. And which has end with collaboration with the local city in Ningbo to establish a new platform. And next year will be hold a Abu Dhabi. I hope if you are interested please join us. And this is the code AEI, Applied Energy Innovation Institute which have started with discussion with the local government and get support. But it is connected to the government which keep it to be an independent open platform. The network connected more than 10,000 people. And I would like to give very short description about how this institute has been established, what we are working and how we're going to implement. And what's behind of the international network. And this is the building which has 3000 square meters. And so we have been working for one year, working for all the hardware and the logistics. Now we can start to operating. We received some funding from the local government for the initial startup. And now we are going totally independent. So the basic idea to try to work in link to the international applied energy network with China close to the market. And what we are doing is basically four parts. One is the technology landscaping. Where there's technology needs from the market. And we do have technology in the developed country. For example, like Sweden. And there are many small media companies which have very innovative, a lot of new technology but we need market. That's why we start to have the second part market demanding study. And which right now we are working with the local city and working with all different industry sector to try to find what energy saving technology they need. And what new and renewable energy technology can be implemented. And as well as we're working with the capital investment. Because this is very important part to really make this happen. And the good thing is now, in fact in China, there's market, there's the capital available which they are looking for the new technology too. Of course for the developed country, capacity building is very important. So those are four parts we are working on with big database to try to do the matching for all different aspects. And here describe the scope of what we are doing. We are not doing the original research rather than the more focus on the innovation and the market penetration. So then you can see it's really working for more prototype and the products in which you might be attracted to more investors and also close to the market. This is a business model which is quite interesting. I show the first part, we keep the open platform. And in fact, whenever we started, there's some venture capital or some other want to join us. But we try to keep open reason because we want to have the open platform. And here you can see all different projects from our applied energy network and our own research and development product or in particular for a small media company. And each project as a project and this is one kind of the incubation process and we try to work in close to the market and same time to attract the investors. And the results we try to put into the more commercial based which means they can establish a company and which takes the benefit from the market. And basically if you look above it's open and the results will be working on the market, quite close to the market. Yes, that's what we try to say if it's possible to keep the quality for example, like the European quality, but same time keep the efficiency. For example in China can be very quick if there are good motivation to make money for example and to combine them together to take the benefit for the whole platform. And this is basically a standard organization but very interesting, they have one part of the code innovation fund which we are working on with the investors, the bank and some other capital investors to try to establish a long term relationship with the institute and also the investors. And it's quite positive as we are right now contact with the banks for example. And what we are doing here, I start from my own research time as I mentioned I'm an engineer and working with more technology innovation. We choose our technology which has been located at the Chinese market to some of them for example like solar PV, water pumping which we have been working together with supported by the Asia Development Bank and also CIDA for many years and mobilized some energy storage system and also the risk cooking oil for the biodiesel. We choose three technologies as the pilot project. And here it shows some work which has been done for one and a half minutes of flash. So how we have been working together. So basic principle is very simple, use solar energy for the grassland conservation and which is basically use water irrigation system. We have been working together with Chinese institute including both the water resource and the irrigation technology. But there are other benefits, not only the solar renewable energy and also the solar improvement, carbon solar improvement and also improves the farmer's income. And some innovation we try to work with the social media to get other stakeholders and the investing world for example. Individual can have your own one square meters of grassland to attract them to donate and in particular more important for them to get engaged into this type of ecological conservation. And we have done the three problems for the pilot project and now we are trying to do the scale. Those are the partner of the project. And there are some other technology in fact for example, this technology we have been looking to the market potential if it converts 0.3% of the grassland in the world, the total PV installation is equivalent of the worldwide today's total installation capacity. So it's a potential, it's quite large. And the production is the feedback time, it really depends on how the grass increase of the production due to the irrigation. We usually it's about 10 or 13 times this would be easier to reach. And we have developed different modules including the integrated with ICT, how to do remote control and remote monitoring which is able to facilitate for example like social network to be engaged into the individuals. And this is recent work we have been trying to working on where in China is the most suitable both economically and also environmentally. And some other technology I mean, due to the time I will skip it for some energy and storage. And also micro reactor for the biodiesel. And the networking you pursue, this is I just shows what we have been done. And we do have quite good networks through the applied energy journal and also through all search. And this is developed and we have been dramatically increase for the submission of the and our editorial board. And that's worldwide our authorship of the applied energy and we try to use this platform for our author to really help them to facilitate their technology innovation into the market. I'll skip this quickly. We have 5,000 roughly submission. And from 16 five countries and over 10,000 reviewers. So they are the engineers, they are scientists. And we have about 10, 1,000 publications. So impact factors and also 1.7 million downloads which that means is really quite large network. We have been ranking them by one system in technology as the number one of job. And also we have been tried to work in with working with the local government for the expert forum. That's more like doing the technology invitation. And also I'm leading for another platform which we try to link to from the street and the China to working together. Those are also working with the European industry. And we have initiative for the so called applied energy innovation cup. We try to encourage the young people to do the innovation. This will be started from this year. Hopefully we can start for next year. And another program we have been running with 200 million Chinese Yuan to working together with so called China Squareship Council program working with the 15 European universities tried to for the capacity building. And which involved 100 PhD students and 15 postdocs so that we can work in with larger project together. And the project we try to work in not only academic studies rather than try to work in both industry from Europe and China. So that's a platform we built up. Okay I think I'm just showing some examples how we are working on try to do something from bottom up. And I really hope if you have chance to visit China and the police visit us and we can try to work in something together. Good thank you.