Energy management

Measurement and analysis

We monitor the functionality and effectiveness of photovoltaic systems using measurements and analysis
We present the measured results in a form that gives a voice to the “mute” photovoltaic systems.
We also give the current solar radiation values, and thus show the performance and the specific benefits.
Visualization

2014-2016 Comparison of different inverter concepts under real conditions when repowering a 15-year PV plant with partial shading

2004 Bifacial noise barrier along the railway station Münsingen, Bern (Switzerland): Measurement campaign and report

2003 Low energy house measurement campaign 2000 – 2003 and report

1999 BIPV Stadelhofen scoreboard, measurement campaign and report

1997 PV Swissmill Zurich, scoreboard

1993/1995 Measurements at two solar houses in Sevelen (Switzerland), thermal and photovoltaic

1992 Bundeshaus Bern scoreboard, measurement campaign and report

1989 PV noise barrier A13 Domat/Ems (Switzerland) scoreboard, measurement campaign and report

The combination of energy efficiency, photovoltaic, grid-connection and electromobility to an overall system

Power and heat efficiency: energy-efficient appliances, optimum thermal insulation, renewable heat, optimal management of comfort, energy and safety
Smart PV: for domestic electricity consumption + additional electricity for heat and electromobility, maximum and demand-orientated electricity production
Smart grid connection: Consumption adapted to PV production, anticipatory optimization of production and demand, storage in the 24-hour cycle and reduction of connected load to the grid
Elektromobility: Charge with PV, use electric vehicle as power storage, use in addition as a movable load

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