Saving energy is the first step. Maintaining those savings over time is the real challenge.
For industrial, institutional and municipal organizations, energy efficiency can no longer depend solely on one-time audits or isolated projects. It must be integrated into business decisions, daily operations and performance metrics.
THE CHALLENGE: SUSTAINING LONG-TERM GAINS
Energy costs represent a major strategic challenge. Although energy audits, equipment upgrades and energy-efficiency projects can yield significant savings, their impact sometimes tends to fade over time.
But one question remains: Why do some organizations continue to improve their energy performance year after year, while others see their results plateau over time?
The answer does not lie in the technologies or equipment used. It lies in how energy is integrated into your business model and managed on a day-to-day basis.
WHY AUDITS ALONE ARE NOT ENOUGH
An energy audit is an excellent starting point. It helps you identify opportunities for improvement, make wise investments and target quick wins.
However, an audit is like a snapshot of your facilities at a specific point in time. Without rigorous monitoring mechanisms, the gains achieved after the audit will gradually erode. Internal priorities and energy needs change, teams evolve and key performance indicators fall by the wayside.
The most successful organizations go beyond conducting a simple assessment: they implement a system capable of transforming one-time gains into a culture of continuous energy improvement.
Why is this important?
Without a robust management framework, investments in energy technologies may not deliver their full long-term value. Protecting these gains means ensuring the predictability of your operating costs and achieving a true return on investment, year after year.
THE REAL driving FORCE: AN ENERGY MANAGEMENT SYSTEM (EMS)
An EMS helps you structure your approach to transform energy from a mere expense into a driver of operational performance. Beyond reducing consumption, it protects your margins against price volatility.
Specifically, an EMS can help your organization:
- Understand and accurately map how energy is consumed.
- Identify the most significant energy uses.
- Define robust performance indicators based on reliable data models.
- Rigorously track and validate results over time.
- Integrate energy efficiency directly into major investment decisions.
- Quickly correct operational deviations and variances.
ISO 50001: HOW TO LEVERAGE A HIGH-PERFORMANCE SYSTEM
To structure this approach in a coherent manner, the ISO 50001 international standard serves as the global reference framework.
Contrary to popular belief, this standard does not dictate which technologies to choose or which devices to install. Rather, it provides a management methodology based on the PDCA cycle of continuous improvement.
Specifically, the ISO 50001 standard structures energy management* around several fundamental principles:
- Governance – Develop an energy policy, define responsibilities and incorporate energy considerations into management decisions.
- Technical rigour – Understand energy usage, establish a baseline, define performance indicators and measure results.
- Company culture – Raise awareness among operational teams to develop skills and promote the integration of energy management into daily activities.
- Continuous improvement – Track results, correct deviations, identify new opportunities for improvement and evolve the system over time.
RESULTS THAT SPEAK FOR THEMSELVES
Data from Canadian organizations show that a structured approach to energy management yields significant financial and operational benefits. Here are a few concrete examples:
- Manufacturing company (Québec): More than $6.4 million¹ in energy savings over five years
- Pulp and paper mill (Western Canada): A 4.8%² improvement in energy efficiency over two years
- Manufacturing facility (Ontario): More than $350,000³ in energy savings over two years
- Municipality (Ontario): More than 84,000 MWh⁴ in cumulative energy savings over five years
Although these organizations operate in different sectors, they all share one key characteristic: they have implemented a robust system for measuring, monitoring and continuously improving their performance.
A STEP-BY-STEP APPROACH TO CONTINUOUS IMPROVEMENT
The implementation of an effective energy management system generally follows a structured roadmap spanning 9 to 18 months and comprising seven key steps:
- Management commitment and alignment
- Energy review and analysis
- Strategic planning and target setting
- Implementation of actions and performance monitoring
- Internal audit
- Management review
- ISO 50001 certification
This structure ensures that every dollar invested is directed toward reducing implementation risks and achieving a sustainable improvement in operational reliability.
GRANTS DESIGNED TO ACCELERATE YOUR RETURN ON INVESTMENT (ROI)
Building such a structure does not have to be a financial burden. Several provincial and federal funding programs are available to support organizations at every stage of their energy transition.
Depending on your sector and location, the size of your organization and the nature of the measures you are considering, certain programs may help fund some of the following steps:
- Initial energy audits and assessments
- In-depth analysis of consumption data
- Design and implementation of the EMS
- Deployment of tools for measuring, verifying and monitoring performance
- Steps leading to ISO 50001 certification
These financial incentives will significantly reduce the cost of your initiative and considerably accelerate its ROI.
HOW CIMA+ CAN SUPPORT YOU
At CIMA+, we support organizations that want to go beyond one-off projects and build a true strategy for sustainable energy performance.
Whether you’re just beginning to explore this topic or ready to develop an approach that complies with the ISO 50001 standard, our experts will guide you every step of the way.
Our role? To help you implement a system that delivers lasting savings and creates value, year after year.
From planning to executing your roadmap, our teams support you at every stage:
- Technical diagnostics and energy data modelling
- Design of strategies to reduce energy demand and improve the energy performance of processes, buildings, electromechanical systems, and infrastructure.
- Energy governance structure and implementation risk management
- Thorough preparation for the requirements of the ISO 50001 standard certification
- Comprehensive support for funding and grant applications
When it comes to energy, the most sustainable gains don't depend solely on the technologies you purchase. They depend on the system you put in place to manage their performance, day after day.
We don't just recommend solutions. We help you implement them, measure the results and build a system capable of supporting your long-term performance.
Sources:
¹ Clean Energy Ministerial, Kruger Products LP – Global Energy Management Implementation Case Study.
² Natural Resources Canada. Catalyst Paper (Crofton): Strong mandate to cut costs leads to a cultural shift toward improving energy efficiency.
³ Natural Resources Canada. Case Study: 3M Canada's Brockville plant achieves ISO 50001 certification.
⁴ City of Burlington. Community Energy Plan. Target of 84 GWh (84,000 MWh) in cumulative electricity savings from 2011 to 2014
Would you like to structure your energy management approach or begin your journey toward ISO 50001 certification? Contact our team to discuss your options.