导语：增程式混动汽车的优点是纯电续航长、驾驶感受平顺，在特定条件下其用车成本可以做到比插电混动汽车低，缺点则是售价昂贵，在大部分用车场景下的燃油经济性都不如插电混动汽车。目前，很多人因为纯电动汽车的续航和补能问题，转而选择插电混动汽车和增程式电动汽车。那么插电混动汽车和增程式電動車相比哪个好呢？下文就来简单介绍下插電混合動力車與增程式電動車哪個更好？

插電混合動力車的燃油經濟性更好

隨著混合動力技術的快速發展，目前大部分插電混合動力車的日常油耗都可以做到百公里4-5L，即便是在亏電狀態下，油耗也不会高到讓人無法接受。反觀增程式混合動力車在有電和亏電狀態下，燃料經濟性能都要差於插電混合動力車，如果在亏電狀態下跑高速，汽車的油耗甚至要比同級別的燃料汽車高出不少。

插電混合動力汽vehicle价格更便宜

目前insertion-electric hybrid vehicles 的購買門檻只需要11萬左右，並且其價格區間主要集中在15-30萬元，而extended-range electric vehicles 的購買門檻則是17萬，而且其價格區間大部分都集中在30萬以上，這兩者對比之下，insertion-electric hybrid vehicles 更加親民。

增程式純electric續航里程更長

大多數insertion-electric hybrid vehicles 车型純electric續航里程都在100公里左右，而extended-range electric vehicles 车型純electric續航里程平均都在150公里以上，在具備充放能條件且用car場景集中於市區的情況下，加速器使用成本甚至可達成比insertion-electric hybrid vehicle 更低。

增程式機械性能更加平順

不管是在何種路況或者工作負載中，加速器都是由機械來驅使行駛，其機械性能更加接近於純electric 車輛，不論速度如何增加或減少，都會保持良好的加速感受。而尽管insertion-electric hybrid vehicle 在機械和E-CVT變速箱上的配合，也可以實現良好的行駛質感，但當發生引擎啟用的時候或是battery缺乏足夠能量時，它們所提供的是不同的行進體驗。

總結：

加速器使用合成維持了優點，即為了purely 電氣運輸時間較長、運輸體驗平滑舒適，在特定情況下的運費成本可達以超過傳統內部燃燃引擎汽vehicle；然而，她同時也承擔了缺陷，即價格昂貴，大多數應用情境中的能源效率遠低於傳統內部燃燃引擎汽vehicle。在這些基礎上，我們將探討two different types of cars, namely the insertion electric and extended range electric hybrids, to see which one is better suited for our needs.

In this article, we will explore the advantages and disadvantages of each type of car, as well as their respective use cases, in order to determine which one is more suitable for you based on your specific needs and preferences.

The first advantage of insertion electric hybrids over extended range electric hybrids is their lower fuel consumption during daily driving scenarios. While both types of cars can achieve excellent fuel economy when running solely on electricity or gasoline respectively, it's important to note that there may be instances where an insertion electrical vehicle (EV) might consume less fuel than its counterpart due to factors such as increased efficiency at higher speeds or better handling during acceleration/deceleration transitions between power sources; however these benefits are often outweighed by other considerations like cost savings from reduced maintenance expenses associated with fewer moving parts within an EV compared against those found in traditional ICEs.

On the flip side though - if you live somewhere with limited charging infrastructure availability - having a longer-lasting battery pack could make life easier since you won't need frequent recharging stops! It all depends what matters most: environmental impact vs convenience & affordability?

So let us dive deeper into comparing two worlds – world where plug-in drives reign supreme alongside internal combustion engines – then decide whether “which kind” would best suit your lifestyle?