Dual Drive of Oil, Gas and Green Power: Strategic Significance and Market Performance of Traditional and New Energy Collaborative Layout
Against the backdrop of global energy transition, how to balance the development of traditional and new energy has become an important issue for governments and energy companies worldwide. In recent years, with increasing carbon reduction pressure, rising energy security risks, and accelerated technological progress, the concept of "collaborative layout of traditional and new energy" has gradually become a consensus in the global energy industry. This article will deeply analyze why it is necessary to layout both traditional and new energy from multiple dimensions including energy security, economic efficiency, technological transition, and carbon neutrality goals, and demonstrate the actual performance of this strategy through market data such as the oil, gas and green power composite index.
Energy Security: The Inevitable Choice for Traditional and New Energy Complementarity
Energy security is the core consideration of national energy strategies. Traditional energy, especially oil and gas, still dominates the global energy supply. According to the latest data, fossil fuels still account for over 80% of global primary energy consumption. However, factors such as geopolitical conflicts, supply chain instability, and uneven resource distribution pose numerous challenges to traditional energy supply.
Meanwhile, new energy, particularly solar and wind power, although developing rapidly, is greatly affected by natural conditions and faces issues of intermittency and instability. Although advances in energy storage technology are improving this problem, it is difficult to completely solve the grid connection challenges of new energy in the short term. Therefore, relying solely on any single form of energy cannot ensure energy security.
The oil, gas and green power composite index shows that in the past year, when new energy supply fluctuated significantly, traditional oil and gas prices often showed significant increases, reflecting the tense state of the energy market. This volatility further highlights the necessity of traditional and new energy complementarity. By building a diversified energy structure, it is possible to ensure stable energy supply while gradually reducing dependence on a single energy form.
Economic Analysis: Market Trends Revealed by the Oil, Gas and Green Power Composite Index
From an economic perspective, the collaborative layout of traditional and new energy has significant advantages. The oil, gas and green power composite index, as an indicator reflecting the price relationship between traditional and new energy, has shown some noteworthy trends in recent years.
Cost Convergence of Traditional and New Energy
Over the past decade, new energy technologies have made breakthrough progress with significant cost reductions. Especially solar and wind power, their levelized cost of electricity (LCOE) has fallen below or approached traditional fossil fuels. According to the latest data, in many countries and regions, the LCOE of solar photovoltaics has dropped to $0.03-0.05 per kWh, while the cost of natural gas generation is about $0.05-0.08 per kWh.
However, the intermittent nature of new energy requires supporting energy storage facilities, which increases the overall system cost. In addition, implicit costs such as grid upgrades and backup capacity construction need to be considered. Therefore, from the perspective of the entire energy system, the economic efficiency of traditional and new energy is gradually converging, but differences still exist in the short term.
Impact of Carbon Pricing on Energy Economics
Fluctuations in carbon allowance trading prices have a significant impact on the economic efficiency of traditional energy. Data shows that as global carbon markets continue to improve, carbon prices show an upward trend. This increases the implicit costs of traditional fossil fuels, making new energy relatively more economically advantageous.
Carbon emission rights price forecasts indicate that in the next five years, as carbon reduction targets are strengthened, carbon prices may rise further, which will accelerate the transition from traditional energy to new energy. However, significant fluctuations in carbon prices will also bring uncertainty to the energy market, requiring policymakers and market participants to be well prepared.
Technology Transition Path: The Key to Smooth Transformation
Energy transition is not an overnight process but requires a long-term, smooth technological transition. In this process, the collaborative layout of traditional and new energy is particularly important.
Clean Utilization of Traditional Energy
In the initial stage of transitioning to new energy, the clean utilization of traditional energy is an important intermediate path. Natural gas, as a relatively clean fossil fuel, plays the role of a "bridge fuel" in energy transition. By improving the efficiency of natural gas power generation and reducing carbon emission intensity, time and space can be created for the development of new energy.
At the same time, the development of carbon capture, utilization, and storage (CCUS) technology provides new possibilities for the low-carbon utilization of traditional energy. Although CCUS technology still faces challenges such as high costs and difficulties in large-scale application, its economic efficiency is expected to gradually improve with technological advancement and economies of scale.
Intelligent Development of New Energy
The development of new energy relies on the support of advanced technologies such as smart grids, energy storage, and demand-side response. The new electricity price index shows that as these technologies mature and are applied, the market competitiveness of new energy is continuously improving.
In particular, the volatility of green electricity trading prices is decreasing, reflecting the gradual maturity of the new energy market. By developing new power system forms such as virtual power plants and microgrids, the utilization efficiency and stability of new energy can be improved, creating conditions for larger-scale new energy integration.
Strategic Choices Under Carbon Neutrality Goals: A Dual-Track Development Model
Against the backdrop of global carbon neutrality, the energy industry faces unprecedented transition pressure. However, simply "one-size-fits-all" elimination of traditional energy is not only unrealistic but may also bring risks to energy security and socio-economic stability.
Dynamic Carbon Trading Prices and Energy Transition
The trend of carbon trading prices reflects market expectations for abatement costs. Data shows that as global carbon neutrality goals become clearer, carbon trading prices show an upward trend, which will accelerate the adjustment of energy structure.
The development of carbon trading markets provides economic incentives for the transformation of traditional energy companies. By participating in carbon markets, traditional energy companies can internalize carbon emission costs, thus having more motivation to invest in low-carbon technologies and clean energy. At the same time, carbon markets also provide additional revenue sources for new energy projects, improving their economic feasibility.
Improvement of Green Power Investment Return Rates
With technological advancement and policy support, the return rate on green power investment is gradually improving. Especially in Southeast Asia, abundant solar energy resources and positive policy support have made the investment return rate of photovoltaic projects reach 8-12%, which has strong market attractiveness.
However, green power investment still faces some challenges, such as grid access restrictions, electricity price fluctuations, and policy uncertainties. By building reasonable market mechanisms and business models, the green power investment environment can be further optimized to attract more social capital into this field.
Case Study: The Dual-Track Strategic Practice of PTT Group
As Thailand's largest energy company, PTT Group is at the forefront of new energy transition. Its "dual-track strategy" not only values the stable development of traditional energy business but also actively layouts the renewable energy sector, providing useful references for energy company transformation.
In terms of traditional energy, PTT Group ensures the competitiveness and sustainable development of its core business by optimizing business structure, improving energy utilization efficiency, and reducing carbon emission intensity. At the same time, the company actively participates in the development and import of clean energy such as LNG to optimize its energy structure.
In the new energy field, PTT Group has set ambitious development goals, planning to reach 5GW of renewable energy installed capacity by 2030. The company layouts multiple fields including solar, wind, and biomass energy through independent R&D, strategic investment, and partnerships. Especially in the solar energy sector, PTT has built multiple large-scale photovoltaic projects, becoming one of Thailand's largest solar power operators.
PTT's dual-track strategy has achieved significant results. On one hand, the traditional energy business provides stable cash flow and profits for the company, supporting the expansion of new energy business. On the other hand, the diversified development of new energy business reduces the company's dependence on a single energy form, enhancing its risk resistance capability. This synergistic effect enables PTT to maintain strong competitiveness and sustainable development capability during the energy transition process.
Future Outlook: Prospects for Collaborative Development of Traditional and New Energy
Looking ahead, the collaborative development of traditional and new energy will become the main path of energy transition. With technological advancement, policy improvement, and market demand changes, the relationship between traditional and new energy will evolve from complementarity to integration, eventually forming a clean and low-carbon energy system with new energy as the mainstay and traditional energy as a supplement.
At the technological level, the development of new technologies such as smart grids, advanced energy storage, and hydrogen energy will further break the boundaries between traditional and new energy, promoting deep integration of the energy system. Especially in Southeast Asia, abundant renewable energy resources and rapidly growing electricity demand provide broad space for energy transition.
At the policy level, the improvement of carbon markets, the implementation of renewable energy quota systems, and the development of green finance will create a favorable environment for the collaborative development of traditional and new energy. Especially the improvement of carbon emission rights pricing mechanisms will more accurately reflect environmental costs and guide resources to flow to low-carbon fields.
At the market level, the maturity of green electricity trading markets, innovation in energy service models, and application of digital technologies will improve the efficiency and flexibility of the energy system, providing market momentum for energy transition. Especially the gradual decline in green electricity procurement prices will further accelerate the market penetration of new energy.
Conclusion: The Necessity of Collaborative Layout of Traditional and New Energy
Comprehensive analysis shows that the collaborative layout of traditional and new energy is the inevitable choice for energy transition. From the perspective of energy security, a diversified energy structure can reduce supply risks; from an economic perspective, traditional and new energy complementarity can optimize overall energy costs; from the perspective of technological transition, dual-track parallelism can achieve smooth transformation; from the perspective of carbon neutrality goals, collaborative development can balance the relationship between emission reduction and development.
Market data such as the oil, gas and green power composite index shows that the price gap between traditional and new energy is narrowing, but a complementary relationship will still be maintained in the short term. In this process, energy companies need to formulate scientific transition strategies, seizing the opportunities of new energy development while maintaining the stability of traditional energy business to achieve sustainable development.
For Thailand and other Southeast Asian countries, abundant renewable energy resources and rapid economic development needs provide unique opportunities for energy transition. By learning from the successful experiences of companies like PTT and formulating energy transition paths that suit national conditions, multiple goals of energy security, economic development, and environmental protection can be achieved.
In conclusion, the collaborative layout of traditional and new energy is not an expedient measure but a long-term strategy facing the future. Only through overall planning and steady advancement can a smooth transition of the energy system be achieved, providing solid support for sustainable socio-economic development.
