Energy independence for industrial plants and corporate groups.

Under EPC, we are the general contractor: responsible for design, supply, installation and commissioning, with one warranty for the whole scope. Under EPCM (engineering, procurement and construction management), we act as owner’s engineer: we supervise the process, evaluate bids and protect the client’s technical and contractual interests, while selected contractors carry out the works. EPC transfers delivery risk to one partner; EPCM leaves the group in control of contractor selection across a dispersed portfolio.

An energy installation becomes part of the plant’s control layer, so we treat it as part of OT security, not just an investment. We design network segmentation, access control for the energy management system (EMS) and monitoring systems, and integration with the existing SCADA so that no new attack vectors are created. We carry out monitoring in line with IEC 61724-1 and protect critical circuits with a redundant power supply.

We start with a portfolio diagnosis and, on that basis, build the group strategy, financial models (LCOE/NPV/IRR) and a 3–10 year investment plan with resilience priorities and a CAPEX schedule. We set one design standard and one reporting system for the whole portfolio, and confirm the scope of responsibility separately for each site.

Yes. We provide data on energy production and avoided CO₂ emissions for ESG and CSRD reporting, and investment in energy independence directly reduces the group’s carbon footprint and Scope 2 emissions. We represent the client’s interests, not those of a technology manufacturer or distributor: our recommendations follow from data and audits, not commissions.

No. Before the decision, we set out the total cost of ownership (TCO) in full: service and monitoring (O&M), insurance and the cost of any replacement at the end of the operating period. The design allows for natural cell degradation. Its rate depends on the technology and the operating profile, and warranty parameters are confirmed in the selected manufacturer’s specification. The decision rests on TCO, not on CAPEX alone.

Our proposals are based on your 15-minute load profile from the DSO, actual self-consumption, the tariff and the capacity charge. We run the calculations in professional design software, and the figures can be checked. After commissioning, monitoring tracks actual yields.

Motors, transformers and drives are among the loads that draw inductive reactive power. Long cables and some LED power supplies, UPS units and inverters can contribute capacitive reactive power. The result depends on their design, settings and operating conditions; measurements establish what is happening at the site.

We first use electricity bills to identify inductive charges, capacitive charges or both. Measurements then guide the choice of capacitor banks, shunt reactors or a static var generator (SVG). Measurements after commissioning confirm the reduction achieved.