Together Energy provides a smart plug and mobile app that automates pool pump scheduling and monitors water chemistry. This system optimizes energy consumption and chemical usage, reducing operational costs and ensuring consistently clear pool water for residential owners.
Funding
Funding not disclosed
Founders
Product
Problem
Managing pool water chemistry and optimizing pump operation is complex and often leads to excessive energy consumption and chemical usage. This results in higher operational costs and can compromise water clarity if not managed effectively.
Solution
Together Energy offers the TED Smartplug and accompanying mobile application to streamline pool management. The system provides intelligent control over pool pump schedules and monitors water chemistry, aiming to reduce energy expenditure and maintain optimal water quality. The TED AI upgrade further enhances this by learning pool-specific patterns to automate schedule adjustments and provide proactive maintenance recommendations. This integrated approach simplifies pool ownership, leading to significant cost savings and consistently clear water.
Target Audience
The primary customers are residential pool owners seeking to reduce operational costs and simplify the maintenance of their swimming pools.
Features
- TED Smartplug for remote control and scheduling of pool pump operation.
- Mobile application for real-time monitoring of pump runtime, energy consumption, and water chemistry parameters.
- Water Quality Index feature within the app to track pool chemistry and provide actionable recommendations.
- TED AI module for automated optimization of pump schedules based on learned pool behavior, weather data, and tariff information.
- AI-driven prompts for water testing and chemical adjustments, triggered by environmental factors or usage patterns.
- Simple, self-install setup process for the TED Smartplug, requiring no specialized technical expertise.
- Integration with electricity tariffs to optimize pump operation during off-peak or solar generation periods.