Client Overview

• Marketing Channel: Google Ads
• Industry: Solar Energy / Solar Panel Installation
• Campaign Objective: Lead Generation / Solar Consultation Bookings
• Target Country: India
• Campaign Duration: 18+ Months (Ongoing)

The client wanted to increase qualified solar project inquiries for on-site and off-site installations while maintaining a cost-efficient lead generation strategy.

Challenges (Before Google Ads Optimization)

Before optimizing the Google Ads campaigns, the business faced several challenges:

• High ad spend with inconsistent lead quality
• Poor campaign structure and keyword targeting
• Low conversion rates from website traffic
• Irrelevant traffic from generic energy-related searches
• Lack of proper conversion tracking
• Inefficient bidding strategies

Campaign Goals

The main objectives were:

• Generate qualified solar project inquiries and consultation bookings
• Increase inquiries for on-site and off-site solar solutions
• Reduce Cost Per Lead (CPL)
• Improve return on advertising spend
• Scale lead generation across multiple regions

Campaign Types Used

Search Campaigns (High-Intent Lead Generation)

Targeting high-intent keywords such as:

• commercial solar installation
• solar power plant installation
• industrial solar solutions
• solar EPC company

These keywords captured users actively searching for commercial and industrial solar installation services.

Performance Max Campaigns

Performance Max campaigns expanded reach across Google's networks including:

• Search
• Display
• YouTube
• Gmail
• Discover

This helped generate additional solar project inquiries.

Remarketing Campaigns

Remarketing ads re-engaged website visitors who previously showed interest in solar solutions but did not submit inquiries.

Strategy Implemented

Campaign Restructuring

Campaigns were reorganized based on solar services, project types, and locations to improve targeting and budget allocation.

Keyword Optimization

High-intent solar project keywords were prioritized while irrelevant searches were filtered using negative keywords.

Ad Copy Optimization

Solar-focused messaging emphasized:

• Reduced electricity costs
• Sustainable energy solutions
• Solar power plant installation
• Long-term energy savings

Multiple ad variations were tested to improve CTR and lead generation.

Bid Strategy Optimization

Automated bidding strategies were implemented to maximize conversions while maintaining cost efficiency.

Budget Allocation Strategy

The advertising budget was strategically distributed across high-performing campaigns, regions, and keyword groups. As performance data and conversion insights improved, more budget was allocated to campaigns generating the lowest cost per lead and the highest return on ad spend.

Tracking & Measurement Setup

To accurately measure campaign performance, advanced tracking was implemented.

• Google Ads conversion tracking implementation
• Solar inquiry form tracking
• Google Analytics integration
• Conversion data used for campaign optimization

Audience & Targeting Strategy

To reach highly relevant users interested in solar energy solutions, advanced targeting strategies were implemented:

• Geographic Targeting: Focused on regions with high demand for on-site and off-site solar installations.
• Device Optimization: Optimized campaigns for mobile and desktop users actively searching for solar solutions.
• In-Market Audiences: Targeted users researching solar energy, renewable energy solutions, and solar installation services.
• Remarketing: Re-engaged website visitors who previously showed interest in solar services.

Landing Page Optimization

Landing pages were optimized to increase solar project inquiries and conversion rates:

• Clear Call-to-Action: Strong CTA buttons for Solar Consultation and Project Inquiry
• Trust Signals: Added customer reviews, completed project portfolio, and industry certifications.
• Mobile Optimization: Fully responsive design for better mobile user experience
• Page Speed Improvement: Faster loading pages to reduce bounce rate and improve conversions

Key Optimization Actions

To maintain strong campaign performance, continuous optimization was implemented:

• Search Term Analysis: Regular review of search terms and addition of negative keywords to filter irrelevant traffic.
• Bid Adjustments: Optimized bids based on device, location, and campaign performance data.
• Ad Testing: Continuous A/B testing of ad headlines and descriptions to improve CTR and engagement.
• Budget Optimization: Budget shifted toward top-performing campaigns and high-converting keywords.

Key Achievements

₹168 Cost Per Conversion
The campaign maintained a highly cost-efficient solar lead acquisition cost.

5,350 Total Leads Generated
The campaign generated thousands of qualified leads for on-site and off-site solar installation projects.

6.2× Return on Ad Spend (ROAS)
Optimized campaigns delivered a strong return on ad spend.

~297 Average Monthly Leads
The campaigns consistently generated approximately 297 qualified solar project inquiries per month.

97K+ Qualified Clicks
High-intent clicks were generated from users actively searching for solar installation solutions.

1.7M+ Ad Impressions
Google Ads significantly improved brand visibility and search presence in the solar industry.

6% Conversion Rate
Effective targeting and landing page optimization improved overall conversion performance.

Business Impact

The optimized Google Ads campaigns transformed paid advertising into a reliable lead generation channel for solar installation projects. Consistent solar project inquiries and strong return on ad spend helped the company scale solar project lead generation and customer acquisition while maintaining cost efficiency.

Conclusion

This Google Ads campaign successfully transformed paid advertising into a consistent lead generation channel for solar installation projects. Through strategic targeting, campaign optimization, and data-driven decision-making, the campaign generated thousands of qualified solar leads while maintaining strong cost efficiency and ROI.