Summarize Written Text is a crucial part of both the Speaking and Writing sections of the PTE exam. It assesses not only your English reading and summarizing skills but also your ability to deliver a concise yet comprehensive response. In recent years, topics like “Future trends in renewable energy storage” have become more common, driving the need for students to understand both key content and techniques to deliver optimized answers.
Let’s explore some sample summaries, specifically based on the renewable energy storage trends, which is a hot topic in real-world discussions and relevant to applied science and energy fields.
Sample Task for Summarize Written Text: Future Trends in Renewable Energy Storage
Read the passage below and summarize it in one sentence. Your summary should be between 5 and 75 words.
Passage:
The accelerated adoption of renewable energy sources, like solar and wind, is driven by their potential to reduce carbon emissions significantly. However, one of the biggest challenges remains efficient energy storage. Traditional batteries suffer from limited capacity and expensive materials. Yet, significant advancements in energy storage technologies, such as solid-state batteries, pumped hydro, and compressed air storage, are offering more affordable and scalable solutions for grid support. These technologies promise to store renewable energy for longer durations, allowing for greater integration of renewables into the existing grids and ensuring reliability even when the sun isn’t shining or the wind isn’t blowing. Reaching mass adoption of these technologies is essential to meeting global climate goals.
Task:
Summarize the text in one sentence.
Sample Answers According to PTE Band Scores
Band 79+ (High-level response)
Advancements in energy storage technology, such as solid-state batteries and pumped hydro, are key to increasing renewable energy integration and providing grid reliability, which is essential to meeting global climate goals.
Content:
The high-level response captures the essential points related to new technologies, energy storage challenges, and the link to global climate goals.
Form:
Within the word limit (34 words).
Grammar:
Use of complex sentences and correct tense (present and future implication).
Vocabulary:
Advanced words like “integration”, “grid reliability”, and “global climate goals” yield sophisticated and relevant usage.
Spelling:
No errors.
Band 65–78 (Proficient response)
New energy storage technologies, such as compressed air and solid-state batteries, help store renewable energy for longer durations, ensuring grid stability and supporting the global effort to meet climate objectives.
Content:
This response accurately reflects the main ideas but lacks the mention of the specific renewable energy sources (solar, wind).
Form:
Within the required word count.
Grammar:
Simple yet correct sentence structure.
Vocabulary:
Good choices like “stability” and “climate objectives”.
Spelling:
No errors.
Band 50–64 (Competent response)
Energy storage technologies are improving, helping to store renewable energy longer and make grids more reliable even when electricity is not generated.
Content:
Mentions storage technology and the need for reliability in power grids but misses the point about specific types of technology or the ultimate goal of climate change mitigation.
Form:
Brief and fits the word limit.
Grammar:
A basic sentence without advanced structures.
Vocabulary:
Simple words and lacks precision regarding the technologies or goals.
Spelling:
No errors.
Related Reading on Energy Storage
For a deeper understanding of Energy storage solutions for renewable power, you can explore more detailed topics that will fine-tune your PTE preparation. This resource covers more varied forms of energy storage and the role they play in supporting renewable resource technology globally.
Vocabulary and Grammar
Below are 10 useful words from the passage above, which could assist you in your PTE exam with pronunciation, definitions, and usage examples:
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Integration /ˌɪn.tɪˈɡreɪ.ʃən/ (noun): The process of combining or adding parts to make a whole.
- Example: Integration of renewable energy into the grid is vital for sustainable growth.
-
Grid /ɡrɪd/ (noun): A network for distributing electricity.
- Example: Renewable energy sources need enhanced storage to ensure grid stability.
-
Scalable /ˈskeɪ.lə.bəl/ (adj): Able to be expanded or adapted to increase capability.
- Example: Solar power becomes more viable with scalable energy storage solutions.
-
Compressed /kəmˈpres/ (verb): Reduced in size by applying pressure.
- Example: Compressed air storage systems can store vast amounts of energy.
-
Renewables /rɪˈnjuː.ə.bəlz/ (noun, plural): Energy sources such as wind, hydro, or solar that are non-depletable.
- Example: Governments are investing heavily in renewables to meet climate goals.
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Hydro /ˈhaɪ.drəʊ/ (noun): Short for hydroelectric power, which generates electricity from water.
- Example: Hydroelectric projects support long-term renewable energy goals.
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Adoption /əˈdɒp.ʃən/ (noun): The act of accepting or starting to use something new.
- Example: Adoption of green technology is critical to sustainable power solutions.
-
Mitigate /ˈmɪt.ɪ.ɡeɪt/ (verb): To lessen the force or impact of something.
- Example: Renewable energy can help mitigate the effects of climate change.
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Pumped Hydro /pʌmpt ˈhaɪ.drəʊ/ (noun): A method of storing energy by using water reservoirs.
- Example: Pumped hydro is a tested technology for long-duration energy storage.
-
Duration /djʊəˈreɪ.ʃən/ (noun): The length of time something lasts.
- Example: Storing solar energy for long duration periods remains challenging.
Conclusion
In summary, preparation for the “Summarize Written Text” is fundamental in scoring well in the PTE exam. Topics like Future Trends In Renewable Energy Storage will likely appear more frequently because of their global relevance. Using sample exercises, analyzing band-level answers, and focusing on vocabulary and grammar can greatly improve overall performance in this section. Keep practicing, and feel free to share your responses or queries in the comment section!
For further insights, make sure to explore The future of renewable energy integration, which dives deeper into grid integration and energy sustainability.
