Overview of SunGro Floating Solar Innovations

and Sangro Floating Research Department director with six years experience in sales and market research of floating solar responsible for all overseas markets of Sangro Floating Systems. Sangro has 23 years of research and production experience in PV industry technology and the organizers as research and development team of PV including many industries, expats and sellers. Sangro Floating has applied more than 100 patents concerning floating body matrix psychology inverter booster floating platform and etc it has led and participated in the promotion of a number of fpv technology related standards as of august 2020 the global floating projects application has accessed one gigahertz with a market share of over one third uh okay no more speech something okay okay thank you Yeah okay I will share my page. Yeah okay so okay can you see my screen? Can you see my slide? It's okay? Yes it's perfect. Okay so thank you, thank you Jessie. So thank you for introduction. So it's our pity we cannot always meet each other physically because of COVID. So, by the sense, Energy Box for organization this webinar and to provide us these opportunities. And today I want to share our opinions for Malaysia market. And we know that Malaysia government has been launched for round-the-clock scale solar building. So, and we found that the tariff is getting declined. So it brings a lot of challenges to developers and related suppliers. So today I want to discuss how we are doing when we face such a challenge tariff. So today in my presentation there are four steps. There are complete profile system solutions, layout design and inquiry system. So let's start from the introduction of the company. SunGrow was set up in 1997 and went public on the stock exchange market. on 2011. So, Sangro has a total strength of nearly 4,000 employees, which about 40% are focused on R&D innovations. So, currently, it's ranked the top one amongst the world's most bankable brands. So, Sangro floating is a holy subsidiary of Sangro. The study of floating systems started from 2013. So far, SunGrow Floating has applied more than 100 patents and is equipped with an advanced raw material laboratory, which is the only one company who has it. We have an over-intelligent manufacturer aimed to provide the qualified floaters to our customers. So, floating systems could be used on different cans of water aero. As for 2020, SunGrow Floating has cumulatively in starting more than one gigawatt capacity over the world. And our system was applicated on the conventional scenarios such as reservoir, river, fish pond, and on the special water conditions as well, such as extreme cold region, offshore, typhoon region, and so on. So as I mentioned, right now, sand growth floating has been ranked on the top one of the market share, especially in many Southeast Asia countries. So here we are listed some significant projects that were achieved. For example, 90 MW in Thailand, 100 MW in Malaysia, and 120 MW in Vietnam. So focusing on the Malaysia market, we participate the first round bidding to first round bidding. We have already cooperated with our partner. and achieved three floating projects in Malaysia. So Sengro Floating supported all LS2 floating projects, which one of 13 MW projects has already connected to the grid and had good performance. As feedback from our customers, the PR could be reached to 89%. So the advantage of floating system is very absurdly. So low need for land is an important driver in densely populated countries. So combined with another demonstrated benefits such as higher energy yield, reduce the evaporation and in certain cases improve the water quality. So floating solutions is an attractive option for many countries especially in Malaysia and compared with the land the lease of water normally is lower and the floating solutions could make the unused water useful. So with the development of the technological module, we focused the trade of module market and make the preparation in advance. Our floating system is compatible with the main stream module in the market and the more efficient module used in the project. The system cost will be reduced because of the BOS cost of job. And the central floating system is adapted with string and central solutions as well. We offer optimized solutions to customers according to the actual site conditions. So to reduce the system cost, we could design as many as floating islands in a fixed water area to increase the whole generation. So regarding the layout design, we have different solutions. They are single row, double row, and triple row. The design according to local conditions keep convenient O&M channel, save floaters and angry material, meanwhile keep the high PV capacity. So from this graph we can find that the cost reduced because of decline of the occupations of land. In addition to a floating PV array design, we also have the floating platform special design for a large scale equipment. The advantage of the platform is saving the cable consumption. The comprehensive cost is low. On the other hand, the power loss of cable is reduced and improved the system's power generation. Here we make some other list for the cost of cooperation and the power generation cooperation with the platform and without the platform and we can find that the cost dropped down. and the generation increased because of using the floating platform. The anchorage system is a factor to affect the cost of the system as well. So, Sengro has a professional team specialized in this area. The anchorage system design process could be divided into four steps. The first is to obtain the input data and define the asymmetric condition. The second We'll move to the analysis and calculation especially on some significant coefficient to get the result of load. Next, we will execute with some simulations regarding on the coupling modeling for the integration and optimizations. Based on these steps, we can support our customers to do the construction with the anchoring calculation report. There are men, a factor in the anchoring system are wind, wave and flow. So for simulation of wind load, we were conducted with a verification of both scaled down terrain and the real size project. So no matter following the channel test of the scaled down terrain or the real size project, the test results are both similar with the simulation results. So that's it to say it's reliable when applying the coefficient from the simulations in the Later stage calculation. Meanwhile, we will test the wind from different angles. It's have to figure out the wind load and the different tail. So this slide just shows that waves turns to the wave. It had been thought that there will be the damping force in the wave on the floating array from the first row. So we also conducted various simulations and models. According to the result, we are able to calculate the wave force on the floating array and understand how the transformation of the force. Therefore, to figure out the wave force on each anchor and the anchoring ropes. However, it is deemed insufficient to calculate the load only from the single mode. To be systematic, entities will compose the wind, wave, and the flow load as a whole for the carbon entities to understand how the floating system will be moved under the comprehensive situation. Then it is able to conclude the complete system force and how the distribution and different anchoring points will be. So according to the specific water area of the project, the combination of different anchoring forms can be selected, which can reduce the anchoring cost to a greater extent. To sum up, the selection of modules, the layout design, the use of floating platform, and the shootboard anchoring system will reduce the cost of the whole system to some extent, in order to ensure the long-term operation of the floating station. So we adhere to scientific design according to local conditions and devote to provide a durable and reliable floating system. And our floating system could be did well with the wind power, the solar pumping system and the storage system in the future. So we hope to collaborate with our customer to develop the floating market in Malaysia. So in the end, thanks for your attention.

Yeah okay so okay can you see my screen? Can you see my slide? It's okay?

Yes it's perfect. Okay so thank you, thank you Jessie. So thank you for introduction. So it's our pity we cannot always meet each other physically because of COVID. So, by the sense, Energy Box for organization this webinar and to provide us these opportunities.

And today I want to share our opinions for Malaysia market. And we know that Malaysia government has been launched for round-the-clock scale solar building. So, and we found that the tariff is getting declined.

So it brings a lot of challenges to developers and related suppliers. So today I want to discuss how we are doing when we face such a challenge tariff. So today in my presentation there are four steps.

There are complete profile system solutions, layout design and inquiry system. So let's start from the introduction of the company. SunGrow was set up in 1997 and went public on the stock exchange market. on 2011. So, Sangro has a total strength of nearly 4,000 employees, which about 40% are focused on R&D innovations.

So, currently, it's ranked the top one amongst the world's most bankable brands. So, Sangro floating is a holy subsidiary of Sangro. The study of floating systems started from 2013. So far, SunGrow Floating has applied more than 100 patents and is equipped with an advanced raw material laboratory, which is the only one company who has it. We have an over-intelligent manufacturer aimed to provide the qualified floaters to our customers.

So, floating systems could be used on different cans of water aero. As for 2020, SunGrow Floating has cumulatively in starting more than one gigawatt capacity over the world. And our system was applicated on the conventional scenarios such as reservoir, river, fish pond, and on the special water conditions as well, such as extreme cold region, offshore, typhoon region, and so on.

So as I mentioned, right now, sand growth floating has been ranked on the top one of the market share, especially in many Southeast Asia countries. So here we are listed some significant projects that were achieved. For example, 90 MW in Thailand, 100 MW in Malaysia, and 120 MW in Vietnam. So focusing on the Malaysia market, we participate the first round bidding to first round bidding. We have already cooperated with our partner.

and achieved three floating projects in Malaysia. So Sengro Floating supported all LS2 floating projects, which one of 13 MW projects has already connected to the grid and had good performance. As feedback from our customers, the PR could be reached to 89%. So the advantage of floating system is very absurdly.

So low need for land is an important driver in densely populated countries. So combined with another demonstrated benefits such as higher energy yield, reduce the evaporation and in certain cases improve the water quality. So floating solutions is an attractive option for many countries especially in Malaysia and compared with the land the lease of water normally is lower and the floating solutions could make the unused water useful.

So with the development of the technological module, we focused the trade of module market and make the preparation in advance. Our floating system is compatible with the main stream module in the market and the more efficient module used in the project. The system cost will be reduced because of the BOS cost of job.

And the central floating system is adapted with string and central solutions as well. We offer optimized solutions to customers according to the actual site conditions. So to reduce the system cost, we could design as many as floating islands in a fixed water area to increase the whole generation. So regarding the layout design, we have different solutions.

They are single row, double row, and triple row. The design according to local conditions keep convenient O&M channel, save floaters and angry material, meanwhile keep the high PV capacity. So from this graph we can find that the cost reduced because of decline of the occupations of land. In addition to a floating PV array design, we also have the floating platform special design for a large scale equipment.

The advantage of the platform is saving the cable consumption. The comprehensive cost is low. On the other hand, the power loss of cable is reduced and improved the system's power generation.

Here we make some other list for the cost of cooperation and the power generation cooperation with the platform and without the platform and we can find that the cost dropped down. and the generation increased because of using the floating platform. The anchorage system is a factor to affect the cost of the system as well. So, Sengro has a professional team specialized in this area.

The anchorage system design process could be divided into four steps. The first is to obtain the input data and define the asymmetric condition. The second We'll move to the analysis and calculation especially on some significant coefficient to get the result of load.

Next, we will execute with some simulations regarding on the coupling modeling for the integration and optimizations. Based on these steps, we can support our customers to do the construction with the anchoring calculation report. There are men, a factor in the anchoring system are wind, wave and flow.

So for simulation of wind load, we were conducted with a verification of both scaled down terrain and the real size project. So no matter following the channel test of the scaled down terrain or the real size project, the test results are both similar with the simulation results. So that's it to say it's reliable when applying the coefficient from the simulations in the Later stage calculation. Meanwhile, we will test the wind from different angles. It's have to figure out the wind load and the different tail.

So this slide just shows that waves turns to the wave. It had been thought that there will be the damping force in the wave on the floating array from the first row. So we also conducted various simulations and models. According to the result, we are able to calculate the wave force on the floating array and understand how the transformation of the force. Therefore, to figure out the wave force on each anchor and the anchoring ropes.

However, it is deemed insufficient to calculate the load only from the single mode. To be systematic, entities will compose the wind, wave, and the flow load as a whole for the carbon entities to understand how the floating system will be moved under the comprehensive situation. Then it is able to conclude the complete system force and how the distribution and different anchoring points will be. So according to the specific water area of the project, the combination of different anchoring forms can be selected, which can reduce the anchoring cost to a greater extent.

To sum up, the selection of modules, the layout design, the use of floating platform, and the shootboard anchoring system will reduce the cost of the whole system to some extent, in order to ensure the long-term operation of the floating station. So we adhere to scientific design according to local conditions and devote to provide a durable and reliable floating system. And our floating system could be did well with the wind power, the solar pumping system and the storage system in the future. So we hope to collaborate with our customer to develop the floating market in Malaysia. So in the end, thanks for your attention.

Transcript for:Overview of SunGro Floating Solar Innovations

Transcript for:
Overview of SunGro Floating Solar Innovations