The load cycling inverter testing setup, introduced in Q1 of 2004, allows HiGrow engineers to simulate months of real-world use within a compressed time frame. By exposing early inverter models to alternating high and low electrical loads, the team can track system behavior under stress — including voltage waveform consistency, thermal expansion, and component drift.
Discover how HiGrow achieved consistent renewable energy financial growth in 2003 through OEM contracts, R&D investment, and strategic positioning in clean energy markets.
HiGrow’s 2003 Performance Signals Renewable Energy Financial Growth in Emerging Markets Read More »
News and Updates
Original Event Date: October 15, 2003. Chicago, IL — October 15, 2003:In a significant step forward for product validation and reliability, HiGrow has initiated simulated load testing for its early-stage solar inverter prototypes, designed for low-power residential and small-scale off-grid applications. This hands-on testing phase is taking place at the company’s modest yet rapidly evolving
HiGrow Begins Simulated Load Testing for Small-Scale Inverters Read More »
News and Updates
Chicago, IL — November 11, 2002: In a quiet but meaningful move, HiGrow has upgraded its internal prototype workbench to support early-stage solar inverter development, laying the groundwork for more precise and accelerated product testing.
HiGrow Upgrades Prototype Workbench for Early Solar Inverter Development Read More »
News and Updates
HiGrow recorded encouraging growth in first year of operation. Report showed consistent internal growth, with R&D investment making up over 65% of total expenditures. The company reported a modest capital influx from early partners and advisors, enabling the build-out of its foundational engineering operations.
Encouraging Growth in First Year of Operation: HiGrow Annual Business Review 2001 Read More »
News and Updates
HiGrow achieved a critical early milestone: the assembly of its first dedicated Research & Development (R&D) team, focused on solar inverters, energy conversion systems, and early-stage battery integration technologies.
(2001): HiGrow Developed R&D Core Team in Chicago Read More »
News and Updates