By: |
Shu Guo (Ma Yinchu School of Economics, Tianjin University and China Academy of Energy, Environmental and Industrial Economics);
ZhongXiang Zhang (Ma Yinchu School of Economics, Tianjin University and China Academy of Energy, Environmental and Industrial Economics) |
Abstract: |
The green credit policy plays a vital role in promoting enterprise upgrading.
Using a thirteen year panel data of listed companies in China (2007 2019),
this study uses the difference in differences (DID) method to examine the
effects of the Green Credit Guidelines in 2012 (GCG2012) on the firm level
total factor productivity (TFP). Our results show that the GCG2012
significantly increases the TFP of companies in green credit restricted
industries. This finding remains robust through employing the PSM-DID model,
alternating the treatment group, changing the sample period, and controlling
the effects of other environmental policies and financial crises. This effect
is more pronounced for private enterprises, companies with worse debt paying
ability, companies in highly competitive industries and companies in regions
with higher financial liberalization. The impact mechanism test indicates that
increasing the green innovation and reducing the agency costs (including green
agency costs and traditional agency costs) are two possible channels to boost
firm level TFP. Further analysis shows that the GCG2012 is effective not only
for heavily polluting industries but also for light polluting industries, and
that the GCG2012 can improve the economic performance of firms in green credit
restricted industries. Overall, this study reveals the micro mechanisms behind
the long term impact of the GCG2012 policy on firm level TFP, providing
empirical evidence and policy suggestions for improving green credit policies
and promoting green development. |
Keywords: |
Green credit policy, green finance, total factor productivity, PSM-DID model, China |
JEL: |
Q48 Q53 Q55 Q58 O13 P28 R11 H23 |
Date: |
2022–05 |
URL: |
http://d.repec.org/n?u=RePEc:fem:femwpa:2022.13&r= |