Terraverse facilitates the design, installation, and maintenance of solar panels and batteries in Mexico. They streamline the process of adopting sustainable energy solutions for homes and businesses.
Funding
Funding not disclosed
Founders
Product
Problem
High electricity costs and environmental concerns pose significant challenges for homeowners and businesses in Mexico. Many lack access to affordable and reliable renewable energy solutions, hindering their ability to reduce expenses and minimize their carbon footprint.
Solution
Terraverse offers comprehensive solar panel and battery solutions, streamlining the adoption of sustainable energy for residential and commercial clients. They provide customized solar panel kits, professional installation services, and assistance with grid interconnections. Terraverse also offers renewable energy project consulting to optimize development and operational efficiency, enabling clients to reduce electricity bills by up to 99% while contributing to a more sustainable future. A portion of their profits is dedicated to reforestation efforts and educational scholarships, reinforcing their commitment to environmental and social responsibility.
Target Audience
Terraverse serves homeowners, businesses, and industries in Mexico seeking to reduce electricity costs, minimize their environmental impact, and transition to sustainable energy solutions.
Features
- Customized solar panel system design based on individual energy needs
- Installation of premium solar panels (Longi® of 610W or higher) and inverters (APSystems®, Fronius®, and Huawei®)
- Complete management of interconnection procedures with the Comisión Federal de Electricidad (CFE)
- Continuous monitoring and preventative maintenance services
- Option for purchase with flexible payment plans, including financing through CIBanco
- Project consulting services for photovoltaic, wind, and battery energy storage systems (BESS)
- Assistance with navigating legal requirements and obtaining necessary permits
- Operational analysis and optimization strategies for existing renewable energy projects