Solutions

Solar + storage, configured around your site.

Six scenarios, each with its own grid, load and diesel problem. The configuration changes; the engineering method does not: start from the load curve, study the grid, then specify the equipment.

Six application scenarios Five product lines Cell to grid connection

01 / Commercial & Industrial

Commercial & Industrial

Factories, logistics parks and shopping centres pay twice for the same problem: a demand peak that sets the monthly charge, and load that arrives after PV has stopped producing. A battery sized to the load curve moves both.

What we configure

C&I storage cabinets at low voltage, paralleled where the load needs more
Rooftop or carport PV, DC- or AC-coupled to the same system
Metering at the main incomer and on the feeders that drive the peak
EMS with time-of-use, demand-charge and backup logic
AHF or SVG where drives, rectifiers or welding equipment distort the supply

What changes

Consumption moves into cheaper windows, the monthly peak is capped, and production rides through short outages. PV that would have been exported at a low price is stored and used on site instead.

Peak shaving Demand control PV self-consumption Backup

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02 / Utility Scale

Utility Scale

Grid operators ask storage to do more than store energy: firm the PV output, provide frequency response, hold voltage and behave like a controllable plant at the point of connection.

What we configure

Containerized BESS with MV transformer, switchgear and protection
PCS and EMS operating in the control modes the local grid code requires
SCADA and RTU interface to the dispatch centre
Thermal and fire-safety design for the site's ambient temperature, humidity and dust
Commissioning tests, grid-operator witnessing and as-built documentation

What changes

PV output becomes dispatchable, curtailment has somewhere to go, and the plant can earn from ancillary services instead of energy alone.

PV firming Frequency response Curtailment recovery Grid-code compliance

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03 / EV Charging Hub

EV Charging Hub

A row of DC fast chargers can double a site's peak import within seconds. A connection upgrade takes longer than the site can wait. Buffer storage and load control close the gap.

What we configure

DC fast chargers and AC points sized to the traffic profile, not the brochure
Buffer storage behind the meter to cap site import
Solar canopy or rooftop PV over the bays
Dynamic load management across chargers and the host building
OCPP-based charger management and back-office integration

What changes

Chargers deliver their rated power inside an existing connection, off-peak and solar energy supply part of the demand, and the site avoids a transformer upgrade.

DC fast charging Buffer storage Solar canopy Load management

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04 / Off-Grid & Microgrid

Off-Grid & Microgrid

Islands, mines and remote communities run on diesel because there is no grid to connect to. Fuel arrives by truck or barge, and generators run light at night, burning fuel without producing useful power.

What we configure

PV array and mounting designed for wind, salt and dust at the site
BESS with grid-forming PCS to set voltage and frequency
Diesel generators retained for backup and long cloudy periods
EMS with diesel-off, spinning-reserve and black-start logic
Remote monitoring, spare-parts list and operator training

What changes

Generators run fewer hours, fuel deliveries become less frequent, and the site gets stable voltage without a grid connection.

Diesel-off Grid-forming Black start Island / mine

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05 / Weak Grid

Weak Grid

At the end of a long feeder, voltage dips when a large motor starts, harmonics from drives trip control electronics, and the plant restarts equipment it should not have to.

What we configure

Power-quality survey and harmonic study at the point of common coupling
Active harmonic filters sized to the measured spectrum
SVG for dynamic reactive power and voltage support
Voltage-sag mitigation and ride-through for sensitive lines
Storage for short-duration support and peak shaving

What changes

Sensitive equipment stops tripping on voltage dips, power factor stays inside the utility's band, and production avoids restarts caused by the grid.

AHF SVG Voltage sag Power factor

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06 / Telecom Base Station

Telecom Base Station

A base station without power is a coverage hole. Grid outages, unreliable generators and remote access make uptime the only metric that matters.

What we configure

Outdoor BESS cabinets sized to the site load and outage profile
PV for daytime load reduction
Rectifier and DC-bus integration
Generator interface and fuel-saving control
Remote monitoring with alarm forwarding to the network operations centre

What changes

Longer ride-through without running the generator, less diesel at remote sites, and one system to monitor instead of three.

Outdoor cabinet DC bus Alarm forwarding Diesel saving

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Not sure which scenario fits?

Send the one-line diagram, the load curve and the site's grid situation. We will tell you which of the six applies — and if the honest answer is a smaller system, we will say so.

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