Vertical integration in this context refers to integrating the different steps in the Polysilicon Based Solar Module production process. Module production involves four steps in chain event:
Suntech has the edge in most aspects with the closest rival Yingli lagging well below 50% in terms of integrated capacity. On the raw material procurement side, Suntech has procured most of its needs through long-term supply contracts. Yingli may be close too although the exact figures remain unannounced. Trina is at 70% for 2008 and may encounter high spot pricing to procure the rest of the raw material. Canadian Solar claims to have procured 90% of the raw material. Raw materials needs are different for each company. For Canadian Solar it is a mixture of polysilicon, wafer/ingots, and solar cells, for Yingli and Trina it is just polysilicon and for Suntech it is wafers.
Summary:
Since the solar modules produced by these manufacturers are technically similar, the difference in profitability is largely determined by the raw material acquisition costs and efficiency in the production supply chain. Vertical integration along with raw material acquisition through long-term supply contracts is the solution the bigger manufacturers are opting for. The downside to long-term supply contracts is the risk of raw material prices falling as supply approaches or exceeds demand.
There are a couple of business risks associated with the whole group:
Competition using raw materials that are alternatives to polysilicon comes from manufacturers such as First Solar (FSLR), which uses cadmium telluride (CdTe) and Ascent Solar (ASTI), which uses copper-indium-gallium-diselenide (CIGS). There are also a number of other technologies that are in early stages of development. First Solar has profit margins well beyond the polysilicon based producers because of lower raw material and production costs. The projections are for the company to grow at an even faster rate keeping cost advantages intact. However this is a moot point. The real challenge for the polysilicon manufacturers is to reduce costs in the production chain swiftly to compete with all such technologies successfully. The biggest advantage that polysilicon manufacturers have is the abundant availability of raw material at the very basic level – silica (found as sand or quartz)
Canadian Solar and Trina Solar have the biggest upside, given the low forward P/E. An announcement regarding procurement of the remaining raw material requirements at reasonable prices for 2008 should allow Trina Solar to reduce the gap in valuation. Canadian Solar is projected to have very low net profit margins. Skepticism surrounding the net profit margins the company will realize going forward is a major reason for the valuation gap.
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1. Trina Solar (TSL) - Stock Analysis.
2. LDK Solar (LDK) - Stock Analysis.
3. Solar Manufacturer Comparison (STP, TSL, YGE, CSIQ).
4. Suntech Power Holdings (STP) - Stock Analysis.
- Use the raw material sand (SiO2) to produce a very pure form of silicon called polysilicon.
- Use polysilicon to produce wafers and ingots.
- Use wafers and ingots to produce solar cells.
- Use solar cells to produce solar modules.
- Trina produces solar modules from polysilicon and has plans in the offing for very large scale polysilicon manufacturing.
- Yingli also has business plans along similar lines. They are yet to announce any plans to produce polysilicon.
- Suntech is focused on the wafer to module business currently.
- Candian Solar started out focused solely on producing solar modules from cells but since then has expanded to wafer to solar cell production line and has announced plans for a polysilicon to wafer and ingot line.
| Manufacturer | Suntech Power (STP) | Trina Solar (TSL) | Yingli Green (YGE) | Canadian Solar (CSIQ) |
| Level Of Vertical Integration as of EOY2007 (Announced) | Wafer to Module 100% Integrated Business | 100% Integrated Ingot & Wafer, Cell, and Module Business | 100% Integrated Ingot & Wafer, Cell and Module Business | Cell Capacity at 25% of Module Capacity. No Ingot & Wafer Production Capacity |
| Procurement for 2008 projected production | Longer-term wafer contracts with fixed price to account for most of the production. | 70% raw material is in place. | Unknown – majority of raw material may be in place. | 90% raw material in place. |
| Projected Vertical Integration going forward | Same | Same. Announced Polysilicon production plant board approval. | Same | Cell and Ingot/Wafer capacity to reach 60% & 10-15% of module capacity respectively by summer 2008. |
| EOY 2007 Module Capacity (Announced) | 540MW | 150MW | 200MW (Q3 2007) | 400MW |
| 2007 Module Shipment Expectation | 365MW | 75-80MW | 135-140MW | 80MW |
| EOY 2008 Module Capacity (Projected) | 1GW | 350MW | 400MW | 400MW by Summer 2008. |
| 2008 Module Shipments (Projected) | >530MW | >200MW | >275MW | >200MW |
| 2007 Revenue Expectation | $1.3B | $290M | $500-510M | $285-295M |
| 2007 Net Earnings Expectation | $160M | $32M | $54.61 | ($2.7M) |
| 2007 Per Share Earnings Expectation | $1.04 | $1.38 | $0.43 | ($0.10) |
| 2007 Net Profit Margin | 12.3 | 11 | 10.92 | (0.95) |
| 2008 Revenue (projected) | $1.9-2.1B | $650-750M | $800-900M | $650-750M |
| 2008 Net Earnings (Projected) | $254M | $71M | $107M | $30M |
| 2008 Per Share Earnings (Projected) | $1.65 | $3.09 | $0.84 | $1.11 |
| 2008 Net Profit Margin (Projected) | 13.37 | 10.92 | 13.38 | 4.6 |
| Forward P/E | 38 | 12.3 | 29 | 13.11 |
Suntech has the edge in most aspects with the closest rival Yingli lagging well below 50% in terms of integrated capacity. On the raw material procurement side, Suntech has procured most of its needs through long-term supply contracts. Yingli may be close too although the exact figures remain unannounced. Trina is at 70% for 2008 and may encounter high spot pricing to procure the rest of the raw material. Canadian Solar claims to have procured 90% of the raw material. Raw materials needs are different for each company. For Canadian Solar it is a mixture of polysilicon, wafer/ingots, and solar cells, for Yingli and Trina it is just polysilicon and for Suntech it is wafers.
Summary:
Since the solar modules produced by these manufacturers are technically similar, the difference in profitability is largely determined by the raw material acquisition costs and efficiency in the production supply chain. Vertical integration along with raw material acquisition through long-term supply contracts is the solution the bigger manufacturers are opting for. The downside to long-term supply contracts is the risk of raw material prices falling as supply approaches or exceeds demand.
There are a couple of business risks associated with the whole group:
- Competition from pure-play solar manufacturers.
- Competition from solar manufacturers that use a material other than polysilicon as the base raw material.
Competition using raw materials that are alternatives to polysilicon comes from manufacturers such as First Solar (FSLR), which uses cadmium telluride (CdTe) and Ascent Solar (ASTI), which uses copper-indium-gallium-diselenide (CIGS). There are also a number of other technologies that are in early stages of development. First Solar has profit margins well beyond the polysilicon based producers because of lower raw material and production costs. The projections are for the company to grow at an even faster rate keeping cost advantages intact. However this is a moot point. The real challenge for the polysilicon manufacturers is to reduce costs in the production chain swiftly to compete with all such technologies successfully. The biggest advantage that polysilicon manufacturers have is the abundant availability of raw material at the very basic level – silica (found as sand or quartz)
Canadian Solar and Trina Solar have the biggest upside, given the low forward P/E. An announcement regarding procurement of the remaining raw material requirements at reasonable prices for 2008 should allow Trina Solar to reduce the gap in valuation. Canadian Solar is projected to have very low net profit margins. Skepticism surrounding the net profit margins the company will realize going forward is a major reason for the valuation gap.
Related Posts:
1. Trina Solar (TSL) - Stock Analysis.
2. LDK Solar (LDK) - Stock Analysis.
3. Solar Manufacturer Comparison (STP, TSL, YGE, CSIQ).
4. Suntech Power Holdings (STP) - Stock Analysis.
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