能源效率
适用于各行各业
从超市到重工业：我们的ESS系统针对每个应用领域进行优化。发掘您的节能潜力。
各行业节能潜力
依据VDE应用规则VDE-AR-E 2055-1。
建筑业
生产工厂
零售、超市
医院/诊所
学校
游泳池
酒店、餐厅
办公室
烘焙业
肉类加工
其他食品、物流、纺织、服装
洗衣业
农业
园艺业
机场
Six robust field trials on voltage optimisation
Controlled voltage optimisation within permissible limits can reduce active power and energy consumption of voltage-dependent loads. The magnitude depends on load mix, supply voltage and operating conditions.
AVR department store
Real site with over 5 GWh annual consumption, 1,250 kVA voltage regulator, bypass vs. active mode, one-second logging (Class 0.2s).
Brown / Fsadni
Two large public buildings in the UK with installed voltage optimisation units, evaluating real consumption data before and after installation.
ORNL / IEEE
Behind-the-meter conservation voltage reduction in an industrial plant, with methods to predict site-specific effects, validated with field data.
Pepco Maryland
7 CVR substations and 7 control substations, around 49,000 customers, voltage reduced by 1.5 %, econometric evaluation with control group.
ZIP coefficients of modern loads
Laboratory determination of load models for residential, commercial and industrial loads. Explains why voltage optimisation acts differently per site.
ESS test lab Rostock
Own ESS test setup with devices, loads and generation in an office building. Setup and trials take place in autumn 2026.
The principle is proven
Voltage-dependent loads draw less active power at reduced voltage.
The magnitude is site-specific
Load mix, supply voltage, motors, electronics and operating state determine the effect.
An honest statement
Studies show savings in the single- and double-digit percentage range. The concrete potential is determined by on-site measurement and analysis.