Energy as a Strategic Asset

For years, energy management in organizations focused primarily on questions of consumption and cost: how much energy the organization uses, how much it costs, and where efficiency can be improved. But changing operational realities are significantly broadening that perspective.

Rising energy prices, increasing pressure on electricity infrastructure, extreme weather events, geopolitical uncertainty, the trend toward electrification, and growing dependence on digital systems and critical infrastructure are transforming energy from an operational input into a resource with direct business significance.

A power outage is no longer simply a technical failure. It can shut down production lines, disrupt essential services, put employees and visitors at risk, compromise information, and directly affect customers and organizational revenue.

“The question is no longer only how much energy an organization consumes, but whether it will have the energy it needs, when it needs it, even as conditions change,” says Einav Tsabari, Strategy Business Design | ESG & Analytics Lea1d at Electra FM.

This is the shift that is expanding the concept of energy management: from managing consumption and costs to managing a system that affects business continuity, operational availability, organizational resilience, and long-term competitiveness.

When Availability Becomes Critical

Energy resilience reflects an organization’s ability to maintain its critical operations during a grid failure, supply disruption, or sudden change in demand.

From a facility and asset management perspective, this begins with a deep understanding of critical assets and systems, operational priorities, and the maximum period of downtime the organization can tolerate.

Generators and UPS systems remain essential components, but a modern resilience strategy requires a broader perspective. This includes integrating and synchronizing multiple energy sources, storage systems, renewable energy generation, intelligent load management, and automated systems for switching between power sources.

The objective is not necessarily to add more backup infrastructure, but to create the level of redundancy and operational flexibility that matches the organization’s actual needs, while avoiding unnecessary investment that does not contribute to the level of resilience required in practice.

From Measurement to Real-Time Management

The meaning of energy efficiency is also expanding. It is no longer limited to a series of isolated measures, such as replacing lighting or adjusting temperature settings. Instead, it is becoming an ongoing management discipline based on data, activity patterns, and system performance.

Building management systems, smart meters, sensors, and analytics platforms make it possible to identify abnormal consumption, exposure to peak demand periods, declining equipment performance, and opportunities to shift loads to more optimal operating hours.

When predictive performance analysis is added, energy performance can be connected to equipment maintenance, occupancy levels, and production or service requirements. Data then stops serving merely as a tool for measuring consumption and becomes a means of understanding the performance of the entire energy system and making more precise decisions.

Efficiency and Resilience in the Same Equation

One of the most significant developments in the way organizations approach energy management is the understanding that resilience and efficiency are not separate objectives.

Reducing unnecessary consumption is not only a way to lower costs. It can extend the operating time of backup systems, reduce the power required during an emergency, and improve the organization’s ability to continue operating under constrained conditions.

Similarly, distributed generation and energy storage can support business continuity, reduce peak demand, and give the organization greater control over its energy expenditure.

As a result, the way energy investments are evaluated is also changing. Alongside financial savings, organizations need to assess their contribution to operational availability, risk reduction, resilience, and the advancement of sustainability goals.

The significance of this approach becomes particularly clear in the case of a critical operational center covering approximately 12,000 square meters, which is required to maintain continuous operations and support essential services. The facility faced a combined scenario involving a heatwave, peak demand, and a prolonged power outage.

Under the traditional approach, the response relied primarily on UPS systems and local generators, alongside manual load management and decisions made only after the failure had occurred. While this model provided basic backup, it left the facility dependent on fuel reserves, human response, and the team’s ability to make critical decisions in real time.

Under the updated approach, an integrated energy system was designed and implemented, combining monitoring and predictive analysis of consumption and loads, a dedicated energy storage facility, supporting generation capacity, controlled onsite generation, and automated load prioritization.

In the event of a failure, the facility transitions in a controlled manner into emergency mode, prioritizes the continuity of critical services, and reduces flexible loads according to a predefined scenario. This reduces dependence on real-time human response and enables energy resources to be managed in advance according to the facility’s operational priorities.

The case illustrates how energy efficiency can extend beyond cost reduction and become an element of operational resilience. It can improve availability, extend energy backup duration, and reduce operational risk. In practice, this represents the transition from passive management of energy consumption to active management of a resource that supports business continuity and organizational resilience.

The New Role of the Facility Manager

The changing perception of energy is also reshaping the role of facility and asset management within the organization.

Facility managers hold the operational knowledge required to connect physical infrastructure with business needs, financial considerations, and the organization’s risk landscape. As energy becomes a factor that influences each of these areas, their role expands accordingly.

Rather than focusing only on managing separate technical systems, facility managers are increasingly required to help shape the organization’s energy operating model. This means defining which loads are critical, setting resilience and availability targets, evaluating alternative supply options, measuring performance, and preparing in advance through practical response scenarios.

This is also where integrated management takes on broader significance. When an energy-related decision can simultaneously affect operations, maintenance, budgets, business continuity, and sustainability, organizations need a perspective that connects physical systems with the business needs they are designed to support.

When Control Becomes Value

Energy becomes a strategic asset when an organization can actively and intelligently manage when, where, and how it is generated, stored, and consumed.

Instead of viewing energy as an unavoidable operating expense, it can be treated as a manageable resource, one that protects business continuity, enables growth, and helps the organization respond more effectively to change, demand fluctuations, and unexpected events.

According to Tsabari, the future of energy management in facility and asset management is built around four complementary objectives: consume less, operate more intelligently, ensure reliable backup, and maintain functionality during disruptions or unexpected failures.

Organizations that successfully connect these four elements will do more than reduce energy costs. They will build resilient, efficient, and sustainable operating systems that are better prepared for a complex and unpredictable business environment.

Because when energy affects an organization’s ability to keep operating, it is no longer simply an expense to manage. It is an asset that must be managed strategically.