EcoBalance Technologies provides a modular agrivoltaic system (INVIT) that combines bifacial photovoltaic panels on a galvanized steel frame with a clear‑cover greenhouse envelope. Each 15 × 12 ft module generates up to 2.2 kW of on‑site renewable power while supporting mechanized farming and offering integrated electric heat‑pump climate control for year‑round crop production. The company also delivers full EPC services to enable rapid, scalable deployment on commercial and medium‑scale farms.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional farming often relies on separate land parcels for crop production and utility-scale solar installations, leading to inefficient land use and higher operational costs. Small and medium-sized growers also lack affordable, scalable solutions that combine renewable energy generation with climate‑controlled cultivation, limiting both energy independence and yield potential.
Solution
EcoBalance Technologies offers a modular agrivoltaic platform (branded INVIT) that integrates bifacial photovoltaic panels on a ground‑mount steel framework with a clear‑cover greenhouse envelope. Each 15 × 12 ft module delivers up to 2.2 kW of clean power while preserving sufficient clearance for planting, harvesting, and mechanized operations beneath the panels. The system can be enclosed with double‑layer polyethylene or polycarbonate panels and equipped with ventilation fans, dampers, and a fully electric heat‑pump for precise temperature and humidity control across seasonal cycles. Designed for rapid deployment, the steel‑galvanized structure is weather‑resistant, easy to assemble, and price‑competitive, enabling profitable dual‑use of agricultural land. EcoBalance also provides full engineering, procurement, and construction (EPC) services to guide projects from site assessment through commissioning, ensuring compliance with local regulations and optimal performance.
Target Audience
The primary customers are commercial and medium‑scale farmers, greenhouse operators, and agribusiness developers seeking to monetize land through combined renewable energy production and controlled‑environment agriculture.
Features
- Standardized 15 × 12 ft (4.5 × 3.5 m) modules that can be tiled to cover acres of farmland
- Four bifacial 540 W PV panels per module, yielding a total of 2.2 kW of on‑site renewable electricity
- Steel frame with galvanized coating for corrosion resistance and a low‑maintenance footprint
- Transparent enclosure options: double‑layer polyethylene or polycarbonate panels for greenhouse conversion
- Integrated climate‑control suite including electric heat pump, ventilation fans, and adjustable dampers for year‑round temperature and humidity regulation
- Scalable design allowing incremental expansion without disrupting existing crop cycles
- Full EPC support covering site engineering, permitting, procurement, installation, and commissioning