Siemens has gained a $17.5m contract to provide methods to the biggest photo voltaic plant in Vietnam.
The 258 MW plant within the southern province of Ninh Tuan is operated by Vietnam’s Trung Nam Group and marks the primary photo voltaic venture for Siemens in southeast Asia.
Siemens will ship inverters, energy and distribution transformers, gas-insulated medium-voltage switchgear, circuit-breakers, and a monitoring and management system.
The deal additionally consists of all engineering elements wanted to equip a photovoltaic plant.
Stephan May, chief govt of Siemens’ Medium Voltage and Systems Business Unit, mentioned: "We are proud to have the ability to supply the most effective answer that may play an important position in supporting the vitality transformation in Vietnam."
The photo voltaic panels will generate a mixed DC voltage of 1500 volts. Inverters will convert the DC to 660 V AC, and transformers will first step this as much as 33 kV after which to 220 kV. This will then be fed into the high-voltage grid and the facility distributed across the nation.
Siemens mentioned the elements wanted as much as the 33 kV degree are designed as a ‘plug-and-play MV station’, and may subsequently be put in as a standalone unit with out main building price.
Trung Nam Group is an funding firm for the vitality, infrastructure and actual property sectors. Its normal director, Nguyen Tam Tien, mentioned: "Vietnam’s want for vitality is quickly rising. To cowl this demand, we should enhance the share of renewables, amongst different issues. The authorities is aiming at creating 18 gigawatts of producing capability by 2030. Siemens is supporting us with our photo voltaic venture so we are able to attain the federal government targets for creating renewable vitality in Vietnam."
The 4 energy transformers used within the Trung Nam venture are to be delivered as ‘Sensformers’. Siemens defined: “As transformers are positioned at important nodes of the facility grid, they’re excellent sensors for grid situations containing full data on vitality movement. This new transformer class merges physics and knowledge and equips transformers with a digital interface. This permits the operator to view its information in real-time – turning transformers into data hubs.”