Moldova’s agriculture is increasingly affected by climate change, as weather patterns become less predictable and extreme events more frequent. Sudden frosts, droughts, heatwaves and hail are putting production, quality and farmers’ incomes under growing pressure. Table grapes are a clear example of this challenge, showing how climate shocks can quickly translate into major economic losses and reduced competitiveness.
Against this backdrop, Helvetas Moldova, through its Swiss-funded OPTIM Project, has been supporting agriculture through innovation, with a particular focus on addressing risks that undermine productivity and competitiveness. Early spring frost was identified as one of the most serious and recurring threats, prompting Helvetas and Frudova to join efforts in exploring practical and innovative solutions. Through research, analysis and a shared interest in testing new approaches, the partnership identified an infrared tube heating system as a promising option for protecting vineyards during the highly vulnerable bud break stage.
“In recent years, spring frost has become one of the most serious risks for our vineyards,” says Veaceslav Vedrașco, founder of the Frudova Cooperative. “At bud‑break, even –2 to –4°C can destroy young shoots. In the worst cases, farms lose 70–100% of their potential harvest. By that moment, most expenses have already been made-pruning, treatments, labour. One cold night can turn an entire season into a loss and jeopardize our ability to meet contracts.”
When freezing temperatures hit in spring 2025, the system proved its value immediately. In the protected plot, the vines came through the frost with zero losses, while nearby unprotected areas recorded up to 20% damage to buds and future inflorescences. But the benefits did not stop there. The protected vines developed more evenly and ripened earlier, allowing Frudova to bring its harvest to market 10–12 days sooner, when prices were at their highest. This translated into 15–20% higher income per hectare. With stable yields and better returns, Frudova increased its turnover by about 20% in 2025, creating room to raise wages, hire additional seasonal workers, and extend the benefits of the activity to more producers.
The pilot quickly turned into a learning platform for the wider sector. Through field days and events, around 600 producers were able to see the system in operation and assess its potential under real Moldovan conditions. This created a credible local reference case, with implications reaching beyond table grapes. The experience is also relevant for the much larger wine sector, where stable grape supply underpins an industry exporting more than EUR 140 million annually.
The initiative also attracted significant international interest. Producers from several countries, including Romania, Italy and France, reached out to Frudova to learn more about the system and hear first-hand about the experience of testing it under Moldovan conditions. Interest also came from the development community: representatives of GIZ from five Eastern Partnership countries visited the pilot to explore how such technology could help address climate risks in their own horticulture sectors. Together, these exchanges underlined the wider relevance of the pilot and positioned Moldova as a practical source of learning on climate adaptation in agriculture.
For Helvetas, the role of the OPTIM Project was clear: to catalyze innovation where the market alone was unlikely to take the first step. By reducing the risks of early adoption and generating concrete evidence, the project is helping Moldovan producers invest more confidently in climate-resilient production and strengthen their position in international markets.
This progress has been made possible thanks to the support of Switzerland and the Swiss Cooperation Office in Moldova, whose commitment to innovation and resilience is helping producers respond to a changing climate with practical solutions. In doing so, Swiss support is contributing to a stronger, more competitive and more future-ready Moldovan agriculture.
