Solar Sector Growth in India Slows as Investments Decline in Q1 2023
Solar Sector Growth in India Slows as Investments Decline in Q1 2023
Investment in the Indian solar sector decreased by 171% year-over-year to $1.03 billion in Q1 2023. This was due to a 30% decline in solar installations, which was primarily caused by the postponement of several large projects.
The overall investments were also affected by decreased capital inflows into manufacturing during the same period, given the suspension of the Approved List of Models and Manufacturers regulations, the consequent demand uncertainty, and deferred capacity expansion plans.
However, there were a few important investment deals during the quarter, including:
- A $450 million investment in Hero Future Energies by Ardor Holding II Pte, a special purpose vehicle indirectly owned by global investment firm Kohlberg Kravis Roberts.
- A capital infusion of ₹20 billion (~$260 million) in Tata Power Renewable Energy from UK-based GreenForest New Energies.
- A green financing loan of ₹9.15 billion (~$111 million) from the Japan Bank for International Cooperation to construct two solar power projects in India by government-owned SJVN.
- A ₹3.03 billion (~$37 million) green bonds issue by the Indore Municipal Corporation, which was oversubscribed by 1.24 times.
- A $25 million equity and debt capital raise in Ecozen’s Series C round.
These deals suggest that there is still interest in the Indian solar sector, despite the recent decline in investments. However, it is important to note that the sector is facing a number of challenges, which will need to be addressed in order to sustain its growth.
Suggested Articles

How to Identify the Type of Footing Required for Solar PV Installations: Complete Guide
Learn how to identify the right footing for solar PV installations based on soil conditions, load requirements, and site factors. This complete guide covers different foundation types, selection criteria, and practical insights for safe and efficient solar system design.

How Azimuth Angle Impacts Solar Panel Efficiency for Homes, Industries, and Commercial Buildings
Discover how solar panel azimuth impacts energy generation in homes, industries, and commercial buildings. Maximize efficiency with correct orientation.

How to Improve Solar Panel Performance for Optimal Energy Output
Performance degradation in solar panels reduces energy output over time. This guide explains how to factor in degradation when calculating annual yields, ensuring accurate estimates for residential, commercial, and industrial solar installations.

COP27: Harnessing Solar Energy for a Sustainable Future
COP27 is the latest in a long line of global climate conferences, which have been held regularly since 1994. The United Nations Framework Convention on Climate Change (UNFCCC) was created at the 1992 Rio Earth Summit.

Solar Structure Alignment and Leveling Guide for Installers
A step-by-step guide to solar tracking system installation, covering setup, alignment, and best practices for maximum efficiency and performance.

How to Safely Install Solar Panels on Metal and Asbestos Rooftops
Discover how solar systems can be installed on metal sheds and asbestos roofs, making factories more energy-efficient and sustainable

How to Calculate Battery Capacity for Solar Off-Grid Applications
Sizing a solar battery correctly is vital for off-grid performance and energy independence. This guide explains how to calculate battery capacity, choose the right type, and design a balanced off-grid system for uninterrupted power supply.

Are Solar Panels 12V or 24V? Understanding Solar Panel Voltage Clearly
Solar panel wattage and ratings decide how much electricity you generate. This guide explains panel output, efficiency, and how to choose the right solar panel for your needs.