CoSupport AI
Solaviewer
VS
SolBid
Solaviewer
Solaviewer provides a user-friendly visual AI tool designed to integrate directly into solar energy business websites. It empowers potential customers to design and visualize their own photovoltaic (PV) systems within minutes, simplifying the initial exploration phase.
This interactive experience aims to increase user engagement and conversion rates. Businesses using Solaviewer can also showcase pre-designed PV systems and access analytics detailing user interactions, the designs created by visitors, and their communication data for lead follow-up.
SolBid
SolBid is an all-in-one, AI-powered platform developed to streamline the end-to-end process of commercial solar development. Tailored for commercial and industrial clients, the platform automates site evaluation, project design, procurement, and deployment, reducing the time and costs typically associated with renewable energy projects. SolBid leverages artificial intelligence to deliver precise insights into the financial and environmental impacts of potential sites, allowing users to initiate and manage solar projects with remarkable efficiency.
The platform offers integrated access to utility electric rates, national solar incentive programs, and real-time pricing for engineering, procurement, and construction. With an efficient process roadmap from design to deployment, SolBid empowers businesses to achieve clean energy goals, monitor project progress, and ensure accurate implementation of solar systems at scale across multiple locations.
Pricing
Solaviewer Pricing
Solaviewer offers Contact for Pricing pricing .
SolBid Pricing
SolBid offers Contact for Pricing pricing .
Features
Solaviewer
- AI PV System Design: Allows users to build PV system visualizations directly on a website using AI.
- User-Friendly Interface: Provides an easy-to-use tool for customers to create their own solar systems.
- Website Integration: Embeds directly into a business's website.
- Conversion Rate Optimization: Designed to increase the likelihood of visitors becoming customers by visualizing the end product.
- Interaction Analytics: Tracks user engagement, system designs, and visitor contact information.
- Pre-made System Showcase: Option to display finished PV systems for user reference.
SolBid
- AI-Driven Design: Designs photovoltaic systems in minutes with precise project insights.
- Automated Site Assessment: Rapidly evaluates financial and environmental implications for multiple sites.
- Integrated Procurement: Connects with engineering teams and manages interconnection approvals.
- Competitive Bidding: Enables selection of vetted contractors through a centralized bidding platform.
- Real-Time Production Monitoring: Allows ongoing tracking of installed solar system performance.
- Utility Rate Integration: Incorporates national electric rates and tariff programs for accurate financial modeling.
- Incentive Matching: Instantly matches projects with applicable federal, local, and REC-based incentives.
- EPC Cost Transparency: Provides up-to-date pricing down to individual engineering, equipment, and construction line items.
Use Cases
Solaviewer Use Cases
- Enabling potential solar customers to visualize PV systems on their property via a website.
- Integrating an interactive solar design tool into a solar company's sales funnel.
- Increasing lead generation and sales conversion rates for solar panel installers.
- Analyzing customer preferences through interaction data with the design tool.
- Offering a self-service preliminary solar design option for website visitors.
SolBid Use Cases
- Designing solar energy systems for corporate real estate portfolios.
- Evaluating financial and environmental benefits of solar installations on commercial properties.
- Procuring engineering, equipment, and construction services for solar projects.
- Managing competitive bidding for solar project construction.
- Monitoring performance of deployed solar assets in real time.
- Matching solar projects with available incentives and energy credits.
Solaviewer
SolBid
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