GEIG in Existing Buildings: Make Charging Infrastructure an Asset and Property Management Project

GEIG in existing buildings: understand the portfolio before procuring technology

Charging infrastructure in existing stock often becomes visible only when a tenant asks for a charge point, a refurbishment is planned, or the fleet is being electrified. The organisation then faces time pressure. A more reliable starting point for asset and property management is different: which properties have parking spaces, what use do they serve, what electrical capacity is available, and which construction, tenancy, or contract events are approaching? The building operator responsibility package puts these questions into a controllable process. A single request then becomes a portfolio decision with data, responsibilities, approvals, and later evidence.

The right guiding question is not: do we need a charging station? It is: for which property, parking stock, trigger, and role must the organisation give a reasoned answer? A role matrix for building operator responsibility separates ownership, technical operations, property management, procurement, energy advice, and supplier control. This separation matters because contractual boundaries rarely match the duty to know planning status, approve decisions, and escalate deviations. Teams that document the allocation before selecting technology can compare options rather than buying one-off solutions under time pressure.

Turn stock data into a decision basis

The first work step is not a tender, but a clean property list. For every location, capture residential or non-residential use, number and position of parking spaces, ownership and operator structure, existing charge points, main distribution, known capacity, active leases, and planned work on the parking area or electrical system. Add a reference date and source for every item. Asset management can set priorities from this, while property management maintains the record. A course overview for operator duties helps teams organise data capture, documentation, and handover with the same logic.

For legal assessment, the label existing stock is not enough. GEIG distinguishes, among other things, major renovations where the parking area or electrical infrastructure is affected. For existing non-residential buildings with more than 20 parking spaces, section 10 GEIG provides for a charge point after 1 January 2025. The provision also allows collective fulfilment across several properties of the same owner when demand and planning are demonstrably considered. Section 9 states further requirements for major renovations of existing non-residential buildings with more than ten spaces. Use, parking count, trigger, and potential exceptions must therefore be assessed property by property against the official text and with specialist advice. See also: section 9 GEIG.

A matrix for legal, technical, commercial, and operating decisions

Every prioritised building needs a short decision record. It joins four layers: legal classification, technical feasibility, commercial use, and operating responsibility. The legal layer records which rule or trigger was assessed. The technical layer considers metering, grid connection, load management, cable routes, fire-safety interfaces, and expandability. The commercial layer adds tenant demand, fleet strategy, investment timing, and cost allocation. The operating layer names who plans, procures, checks, documents, and later takes over faults or changes. This matrix prevents a sound technical solution from ending without owner approval or an operating process.

Asset management should decide whether a property will only meet a near-term minimum, retain capacity for phased expansion, or be positioned as a mobility offering. Property management translates this direction into dates, tenant communication, access rules, and evidence storage. New or changing responsibilities should not be handed over only by email. Custom training for project roles can model real approvals, escalations, and handovers so participants know the decision chain rather than merely repeating technical terms. See also: custom training for project roles.

AI-generated

Clear roles prevent gaps in approval and handover

A charging-infrastructure project needs a sponsor and an operational project lead. The sponsor decides on the target model, budget boundary, and conflicts between return, tenant expectations, and compliance. The project lead holds together data, dates, design status, and decisions. Technical specialists assess connection, protection concept, and load management. Procurement and legal review contracts, access, billing, and warranty. Property teams prepare user information and operation. For every role, deputies, decision authority, and an escalation route should be clear. A central learning and evidence area makes it visible whether participants know the agreed process.

A decision log with fixed fields works well in practice: property, trigger, assessed data, chosen and rejected option, approval, open assumptions, next date, and storage location. It answers questions from owners, auditors, or suppliers without reconstructing email chains. The foundations of the operator role show why contracts alone do not replace control. Even with outsourced technical services, the organisation must read reports, assess deviations, and trigger follow-up decisions. This is especially true for charging infrastructure, whose operation often connects several external parties.

Connect operation to the investment

After delivery, the real operator work begins. The property record should include location and identification of charge points, responsible people, approvals, plans, commissioning documents, inspection and maintenance intervals, access and billing logic, fault reports, and building changes. The crucial issue is not the number of files, but retrievability. Define who checks the record after alterations, tenant changes, supplier changes, or grid changes. This data maintenance connects the investment decision with later operation. It also shows whether an initially small deployment still fits use, the capacity strategy, and the documented assumptions.

Charging infrastructure therefore belongs in regular property reviews, not only in construction projects. New property managers must be able to find the decision log. Reception, caretakers, and service partners need clear routes for faults and user questions. Leaders need an overview of open risks and approvals. The course library can connect recurring role tasks with short, demonstrable learning units. Knowledge transfer then does not depend on the memory of individual project participants and survives personnel or supplier changes.

AI-generated

Turn the rule into a manageable portfolio task

Legal assessment is a starting point, not a project description. Several properties cannot be covered by one general statement when parking counts, uses, renovation triggers, and demand differ. Under its conditions, section 10 GEIG allows collective fulfilment across several properties, but requires a plan for the affected buildings and parking spaces that can be produced on request. Translate this into a portfolio record: which properties were included, which demand assumptions were used, which options were assessed, and who decided? This turns an abstract rule into a manageable management task. See also: official text of section 10 GEIG.

A documented process does not replace legal, energy, or specialist planning advice. Whether a particular measure is required, commercially sensible, or technically feasible depends on the applicable rule, the exact property, electrical design, and potentially further public-law or contractual requirements. The process does ensure that necessary expertise is commissioned in time, its findings feed into decisions, and open points do not get lost between asset management, property management, and suppliers. In existing stock, this transparency is often more valuable than a quick but disconnected individual measure.

A 90-day launch plan

In the first 30 days, capture the stock and sort it by risk, trigger, and strategic relevance. By day 60, give prioritised properties a technical pre-assessment and decision record. By day 90, have approval papers, a responsibility plan, an evidence location, and a schedule for the next actions. Do not measure only installed charge points. Also measure whether property information is complete, every case has an owner, legal assessment is stored traceably, and operation has a contact after handover. These measures show earlier than construction progress whether the portfolio is becoming controllable.

Before a tender, conduct a quality review with all later participants. Ask about grid connection, access roles, data interfaces, maintenance response, spare parts, handover documents, and the procedure for operator or tenant changes. Define acceptance criteria: is every charge point assigned, are contacts reachable, are inspection records present, and is it clear who follows a fault through to resolution? These questions cost little in preparation but prevent unclear operating handovers and incomplete property records.

A quarterly portfolio review keeps the method effective. Teams assess new parking data, electrical-planning changes, tenant requests, faults, open approvals, and upcoming construction together. Every deviation receives a decision or next assessment date. Charging infrastructure then does not disappear from management after commissioning.

The cost decision becomes reliable when it considers more than buying a charge point. Include planning, grid connection, cable routes, metering, access administration, maintenance, fault handling, and later expansion. Keep assumptions about demand, utilisation, and cost allocation visibly separate from established technical facts. A property with scheduled modernisation and growing demand may be prioritised differently from a site with a short lease horizon or limited electrical capacity. Also define when the decision will be reviewed, for example after a tenancy change, refurbishment, a grid response, or new portfolio requirements. The team can then adjust deliberately without losing the original rationale, open risks, or decision status.

Feed every approval back into the property record: update owners, dates, assumptions, and open items. The decision then remains understandable to new participants and reliable at the next portfolio review.

Conclusion: decide repeatedly, hand over reliably

GEIG in existing buildings is neither a single construction project nor a purely legal question for asset and property management. It is a task at the intersection of portfolio, technology, leasing, procurement, operation, and evidence. Teams that capture properties and triggers accurately, document responsibilities and decisions, and plan later operation connect duty clarity with commercial development. Every property then receives a reasoned priority, every approval has evidence, and every handover has a responsible recipient.