TECHWIN
TECHWIN
Best Quality and Advanced Technology for our Customers
Techwin Photovoltaic Power Generation EPC
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- Commencing from land photovoltaic EPC experience, we are a total engineering company performing an entire project comprised of design, license and permits, construction, follow-up management related to photovoltaic power since 2007.
- Especially commencing from the research and development in floating photovoltaic system in 2011, we have accumulated specialized know-how and experiences in the area of floating photovoltaic system through a technical alliance with Ciel et Terre of France in 2014, and completion of 10 sites (about 13MWp) of floating photovoltaic system power plant as of 2019. Based on these capacities, we are providing a total solution on floating photovoltaic system EPC.
- We have been performing successful projects, with our specialists satisfying customers’ needs on the entire project such as discussion with and obtaining license and permits from the government, resolution of civil complaints, financial advisory, and follow-up management rather than being limited to simple photovoltaic construction.
Features and advantages
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1. Experience in business development
- Experience and know-hows in development and success have been accumulated through various cases of projects
- Construction complying to technical specification and quality management standards of Korea Rural Community Corporation, municipalities, K-Water, power plants, etc.
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2. Direct construction and construction technologies owned
- Related licenses such as renewable energy specializing enterprise, electric construction business, civil engineering business, industrial environment facilities construction business held and quality guaranteed by direct construction
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3. EPC cost competitiveness through direct production of buoyancy structure
- We directly produce floating photovoltaic system buoyancy structure and supply at a low price to reduce EPC price
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4. License, permits and resolution of civil complaints
- Our specialists are engaged directly at site for license, permits and resolution of civil complaints to ensure smooth progress of a project
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5. Systemic follow-up management, monitoring service provided
- Regular follow-up management implemented and patrol surveillance conducted in case of events such as typhoon, flood, freezing, etc.
Business area, business development
- description
Feasibility review
- Business location development
- feasibility (economic feasibility) review
- determination of suitability of location
- discussion with related institutions
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Discussion on license, permits, civil complaints
- All license and permit issues from approval of power generation business to REC certification
- discussion with neighboring villages on civil complaints
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REC long term contract PF discussion
- Acting as agency and arrangement of REC long term contract
- discussion on PF (financing) and selection of financial institution
- build
Materials procurement and construction
- Procurement of major materials such as module, inverter, electric & civil engineering & structure work, etc.
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Follow-up management O&M
- Power generation amount guarantee after completion, water surface structure and mooring device O&M
Project procedure
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1. project location development
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2. approval on use of land & water surface
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3. licensed and permitted
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4. discussion on civil complaints
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5. structure construction
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6. civil engineering electric work
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7. diagnosis and inspection before use
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8. license and permit upon completion
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9. follow-up management (O&M)
Technology development chronology
Chronology of integral type floating photovoltaic system buoyancy structure
- Overseas
- Domestic
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19'
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New product production and delivery commenced.
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18'
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New product development commenced. Currently,
100MW completed over 95 sites and 200MW in progress at over 50 sites. -
New product development commenced,
and factory expanded. 18MW buoyancy structure delivered.
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17'
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Buoyancy structure production factory relocated by expansion,
10MW buoyancy structures delivered.
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16'
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Domestic floating photovoltaic system buoyancy structure production factory completed and production
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Queen Elizabeth Ⅱ (drinking water storage reservoir) 6.4MW commercial operation commenced in the U.K.
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15'
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Cheongju Ochang water surface 1st photovoltaic power plant completed.
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Around 30MW supplied in cumulative total to Japan, U.K., etc.
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14'
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Techwin entered into partnership contract with CILE ET TERRE
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13'
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Japanese Okegawa reservoir 1.2MW commercial power generation commenced
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11'
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France CIEL ET TERRE’s integral type buoyancy structure development and installation
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EPC business performance
Completed project
| Name of power plant | Tilt angle | Generation capacity | Date of completion | Location | Image |
|---|---|---|---|---|---|
| Ochang reservoir water surface #1 photovoltaic power plant | 12 | 494.50 kWp | 2015. 02 | Chungbuk Cheongju |  |
| Ochang reservoir water surface #2 photovoltaic power plant | 15 | 2,506.48 kWp | 2018. 01 | Chungbuk Cheongju | |
| Myeonggwan reservoir floating photovoltaic power plant | 22 | 1,211.76 kWp | 2018. 01 | Gyeongnam Haman |  |
| Manwun reservoir floating photovoltaic power plant | 22 | 2,007.36 kWp | 2018. 05 | Gyeongbuk Andong |  |
| Gasan reservoir floating photovoltaic power plant | 22 | 2,007.36 kWp | 2018. 07 | Gyeongnam Milyang | |
| Baekhyeon reservoir floating photovoltaic power plant | 22 | 954.72 kWp | 2018. 11 | Gyeongbuk Gumi | |
| Total | 9,182.18 kWp |
Project in progress
| Name of power plant | Tilt angle | Generation capacity | Date of completion | Location | Image |
|---|---|---|---|---|---|
| Seonghyeon reservoir floating photovoltaic power plant | 22 | 954.72 kWp | 2019. 05 | Chungbuk Cheongju | |
| Dowon reservoir floating photovoltaic power plant | 22 | 2,007.36 kWp | 2019. 07 | Gangwon Gosung | |
| Yonggye reservoir floating photovoltaic power plant | 22 | 2,007.36 kWp | 2019. 07 | Chungbuk Eumseong | |
| Imgo reservoir floating photovoltaic power plant | 22 | 2,008.80 kWp | 2019. 07 | Gyeongbuk Yeongcheon | |
| Hwasan reservoir floating photovoltaic power plant | 22 | 2,540.16 kWp | 2019. 07 | Chungbuk Jincheon | |
| 22 | 9,518.40 kWp |
Buoyancy structure delivery, anchor construction and export performance
Domestic performance
| Name of power plant | Tilt angle | Generation capacity | Date of completion | Location | Image |
|---|---|---|---|---|---|
| Pyeongji reservoir floating photovoltaic power plant | 15 | 706.23 kWp | 2016. 12 | Gyeongbuk Mungyeong |  |
| Goyeon reservoir floating photovoltaic power plant | 15 | 933.66 kWp | 2017. 08 | Ulsan Ulju | Cheokdong reservoir floating photovoltaic power plant | 15 | 99.00 kWp | 2017. 05 | Jeonbuk Gunsan |  |
Gongam reservoir floating photovoltaic power plant | 15 | 994.84 kWp | 2018. 05 | Ulsan Ulju |  |
Total | 2,733.73 kWp |
Overseas performance (buoyancy structure export)
| Name of power plant | Tilt angle | Generation capacity | Date of completion | Location | Image |
|---|---|---|---|---|---|
| Japan, Singapore, Malaysia, Hong Kong in 2016 | 12 | 1,706 kWp | 2016 | buoyancy structure export | |
| Belgium, Japan, Australia in 2017 | 12 | 2,350 kWp | 2017 | buoyancy structure export | |
| Total | 12 | 4,056 kWp |
Overseas project
| Overseas partner (Ciel et Terre International) 100MW completion performance at 95 sites | Overseas partner (Ciel et Terre International) 200MW performance in progress at 50 sites |
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| 1) Japan: Japanese/Yamakura dam floating photovoltaic power plant 13.7MW | 2) U.K. drinking water source : U.K./Queen Elizabeth 2 reservoir (drinking water source) floating photovoltaic power plant 6.3MW | 3) China : China/Anhui floating photovoltaic power plant 70MW (Dec. 2018 completion scheduled) |
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