These summaries draw on documented reference deployments to explain application approaches. They are not presented as projects delivered by Control Link. Customer, site and equipment-provider identifiers are omitted, and reported outcomes are not performance guarantees.
Europe / Application 01
Industrial solar self-consumption
Solar + battery + grid
Use more locally generated solar while respecting a constrained grid connection and export limits.
Read the control approach
Approach. Monitor power at the grid connection and coordinate battery charging with surplus solar. Apply an export limit within the configured site strategy.
Application learning. Coordinated charging can reduce unnecessary export and grid peaks. Meter location, sign conventions and export response require commissioning checks.
Anonymised documented deployment. No independently verified saving percentage is supplied.
Africa / Application 02
Lower diesel dependence
Solar + battery + generator + intermittent grid
Maintain an industrial energy supply where the grid is available for only part of the day.
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Approach. Coordinate solar, storage and generator operation; retain battery energy for periods without the grid and absorb available solar.
Application learning. The source reports reduced diesel dependence following expansion of solar and storage. The achievable result depends on load, weather, reserve settings and installed capacity.
Qualitative reported outcome; financial figures and identifying installation details are omitted.
Asia / Application 03
Quiet overnight off-grid operation
Solar + battery + generator
Supply an off-grid facility while limiting overnight generator operation.
Read the control approach
Approach. Store daytime solar for evening loads. Coordinate generator charging when solar forecasts and battery reserve indicate a shortfall.
Application learning. Battery-supported night operation can reduce generator runtime and noise. Reserve capacity and poor-weather contingencies remain essential.
Anonymised documented deployment; no guaranteed fuel or cost saving is claimed.
Europe / Application 04
Critical-load restoration
Solar + storage + grid-forming backup
Restore critical electrical loads after a grid interruption while retaining solar self-consumption during normal operation.
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Approach. Coordinate grid-forming storage and a controlled restart sequence, with priorities and protection settings matched to the connected loads.
Application learning. Backup restoration is distinct from uninterrupted power. The documented example uses a restart sequence; transfer time must be verified for the proposed equipment.
Application summary; not a claim of seamless transfer or a Control Link-delivered project.
Asia / Application 05
Distributed remote-power resilience
Solar + battery + grid + generator reserve
Balance service continuity and energy cost across remotely operated critical-power installations.
Read the control approach
Approach. Track battery state of charge, solar production and load; retain outage reserves and use forecasting to refine the energy schedule.
Application learning. An explicit reserve policy helps balance resilience and solar utilisation. Remote visibility supports maintenance decisions without replacing local protections.
Anonymised documented operating approach; customer, site and equipment identifiers removed.
Europe / Application 06
EV charging within grid limits
Solar + battery + EV charging + generator backup
Add charging capacity without allowing peak demand to overload an existing grid connection.
Read the control approach
Approach. Coordinate charging demand, battery power and solar generation against a grid-import constraint. Include a separate emergency-backup strategy.
Application learning. Dynamic capacity management can support charging within a constrained connection. Charger compatibility, battery limits and backup priorities require validation.
Anonymised documented deployment; not a promise of additional firm grid capacity.
