Grönska utilizes fully automated hydroponic farming technology to produce a variety of vegetables and herbs locally, ensuring year-round availability without the use of pesticides. Their smart water system conserves 95% of water, addressing the challenges of resource waste and transportation in traditional agriculture.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional agriculture faces challenges related to resource waste, transportation, and the use of pesticides, impacting the availability and sustainability of fresh produce. Conventional farming methods often lead to significant water wastage and reliance on long-distance transportation, reducing the nutritional value and increasing the environmental footprint of vegetables and herbs.
Solution
Grönska offers a fully automated hydroponic farming solution that enables businesses to grow fresh, sustainable greens locally, all year round. Their GrowOFF microfarms utilize a smart water system that conserves 95% of water compared to traditional farming, minimizing resource waste. The system employs pre-seeded pods and an app-based interface to control the harvest, ensuring hassle-free operation and consistent production of various vegetables and herbs without the need for pesticides. By enabling on-site cultivation, Grönska reduces transportation needs and provides access to fresh, nutritious produce regardless of location or season.
Target Audience
Grönska primarily targets restaurants, grocery stores, educational institutions, and corporate dining facilities seeking a sustainable and efficient way to grow fresh produce on-site.
Features
- Fully automated hydroponic farming system for year-round production
- Smart water system that conserves 95% of water
- Pre-seeded pods for easy planting and maintenance
- App-based interface for harvest control and monitoring
- Ability to grow a variety of herbs, leafy greens, and edible flowers
- Closed environment that eliminates the need for pesticides
- Modular design suitable for various business settings
- Input material with long shelf-life to minimize transports