Quartux provides Battery Energy Storage Systems with Tier 1 hardware and a predictive management platform that automates charge‑discharge cycles for peak shaving, load shifting, and market participation. The solution includes 24/7 local support, performance guarantees, and training to help large industrial users and power generators in Latin America improve reliability, cut electricity costs, and integrate renewables.
Funding
Funding not disclosed
Founders
Product
Problem
Large electricity consumers and generators in Latin America face high energy costs, unreliable grid supply, and limited ability to integrate renewable sources, leading to operational inefficiencies and increased emissions.
Solution
Quartux delivers Battery Energy Storage Systems (BESS) built with Tier 1 hardware that include performance guarantees and 24/7 local support. Their Quartux Control platform applies predictive software to optimize charge‑discharge cycles, enabling peak shaving, load shifting, and participation in wholesale electricity markets. The integrated solution improves energy efficiency, enhances reliability, and reduces operating expenses while supporting decarbonization goals. Quartux also provides training for the design, installation, and operation of storage projects, ensuring customers can manage the systems effectively.
Target Audience
Primary customers are industrial enterprises, large commercial energy users, and power generators in Latin America seeking to improve grid resilience, reduce electricity costs, and integrate renewable energy.
Features
- Tier 1 battery hardware with manufacturer performance guarantees
- Predictive energy‑management software (Quartux Control) for automated optimization of storage operation
- 24/7 local technical support and maintenance services
- Training programs covering system design, installation, and operational best practices
- Compatibility with wholesale electricity market participation and demand‑response strategies
- Scalable BESS configurations tailored for industrial facilities and large energy consumers