Frequently asked questions

Cost is set by your annual electricity consumption, your roof and the equipment chosen. After the free survey we give you a technical analysis and a clear costing for your own needs.

Payback depends on consumption habits, electricity tariffs and system size. Our free feasibility study calculates the payback period for your own case.

The panels and equipment carry manufacturer warranties. Beyond that we stay with you through installation workmanship, commissioning and after-sales technical support.

Energy you generate beyond your own need can be exported to the grid and netted against your consumption under the applicable regulations. We guide you through the application and permit process.

We run every stage with our own team: the call-letter application, project approval, the connection agreement, acceptance and the system usage agreement.

It depends on the scope. On rooftop projects, survey to commissioning typically runs 16-20 weeks; on ground-mount projects the permit calendar can stretch it.

In most cases, yes. Depending on how the existing system is built, integration comes either through a hybrid inverter conversion or an add-on storage unit.

LFP batteries generally have a 6,000+ cycle life. Depending on how they are used, that means 10-15 years of service or more.

Yes. Modern air-source heat pumps are built to run at low outdoor temperatures. With the right capacity and a proper design, they heat efficiently all year round.

In most cases, no. A heat pump can cover heating, cooling and domestic hot water on its own. Depending on the region, the climate and the building, the solution can be hybrid or fully electric.

No. Because a heat pump transfers energy rather than generating it, it can yield more heat energy than the electricity it consumes, which makes it far more efficient than conventional electric heating.

Homes, villas, apartment buildings, offices, hotels, hospitals, schools, commercial businesses, industrial facilities and pools.

Yes. Alongside heating and cooling it also covers domestic hot water, so one central system replaces several.

It heats pool water economically and under control, extending the swimming season at lower running costs than conventional methods.

Yes. By cutting fossil-fuel use it helps bring carbon emissions down, and paired with renewable generation the benefit grows.

The electricity the heat pump needs can be supplied by your own solar generation. That integration lowers energy costs while strengthening independence and the long-term return on the investment.

Before installation we assess your existing supply, your distribution board capacity and how you use the car. Where needed, load management or a capacity upgrade gives you the right solution.

It depends on the car's battery capacity, how full it already is, and the charger's power. AC charging suits daily use, while DC fast charging moves a lot of energy in a short window.

Yes. Solutions can be fitted in individual parking bays or in communal areas to match the existing infrastructure. Each project gets a technical assessment to settle the right model.

Yes. EV chargers integrate with existing or new solar plants, so the energy you generate goes into the car and your costs come down.