What Kind of DX Does the Energy Industry Need? A Clear Guide to Key Initiatives and Implementation Points
The energy industry is undergoing several major changes at once, including decarbonization, regulatory shifts in electricity and gas, the expansion of renewable energy, and more advanced approaches to equipment maintenance.
DX is attracting attention. However, energy DX is not simply about eliminating paper or replacing systems. It is an initiative to use field data to improve stable supply, operational efficiency, customer service, and the creation of new services.
In recent years, alongside the momentum behind GX and carbon neutrality, the importance of data utilization has been growing in the energy sector. This section outlines why DX is becoming essential in the energy industry and highlights key points for moving initiatives forward.
Why DX Is Needed in the Energy Industry
1. Decarbonization initiatives are accelerating.
The energy sector has a major role to play in achieving carbon neutrality by 2050. Across power generation, supply, demand management, and facility operations, improving efficiency and visibility is becoming increasingly important.
In addition, as GX gains momentum, companies face the challenge of balancing a stable energy supply with emissions reductions. As the adoption of renewable energy expands, data utilization becomes essential for supply and demand balancing and operational decision-making.
2. Deregulation of the electricity and gas markets has intensified competition.
According to information published by the Agency for Natural Resources and Energy, the full liberalization of Japan's retail electricity market has significantly changed the market structure. As customers are now able to choose their providers, companies can no longer rely solely on a supply-centered mindset; pricing, service quality, ease of use, and the ability to make relevant proposals have all become competitive factors.
3. Addressing On-Site Labor Shortages and Aging Equipment
In the energy industry, day-to-day operations such as field maintenance, routine inspections, supply-demand management, and customer support create a heavy workload. As labor shortages intensify, more organizations are finding it difficult to sustain operations that depend heavily on individual know-how.
As a result, the need for DX is growing, including the digitization of inspection records, centralized management of equipment data, remote monitoring, and automated reporting.
What Is Energy DX?
Energy DX is the use of digital technologies to improve energy supply, operations, maintenance, sales, and customer service while creating new value.
More specifically, this includes themes such as the following.
- Visualization of usage and equipment status
- Advancing supply and demand forecasting
- Improving the efficiency of equipment maintenance and inspection work
- Improving customer portals and services
- Enhancing renewable energy adoption and energy-saving proposals
- Accelerating decision-making by leveraging on-site data
The key is not to stop at introducing IT tools and call it DX. Companies need to rethink how work is performed and create an environment where field teams, administrative departments, and sales teams can all use the same data.
Expected Benefits of Energy DX
Optimizing supply, demand, and operations
Renewable energy is highly affected by weather, which means supply levels can fluctuate significantly. In this environment, it is important to forecast demand and understand equipment conditions quickly and accurately.
As data analysis and automation advance, it becomes easier to balance supply and demand, detect abnormalities, and revise operating plans, helping ensure a stable supply.
Improving the efficiency of inspection and maintenance operations
Operations that rely heavily on paper, phone calls, and Excel often make it time-consuming to hand over and verify information. By centrally managing equipment information, inspection histories, photos, and abnormality records, teams can make faster decisions in the field and reduce missed follow-ups.
For companies with multiple locations in particular, sharing and standardizing maintenance histories can deliver clear benefits.
Strengthening Customer-Facing Services
In a liberalized market, the quality of customer touchpoints is also critical. For example, visualizing usage, enabling customers to check billing and contract information, offering energy-saving recommendations, and improving inquiry handling all contribute to higher customer satisfaction.
A major value of DX is that it makes it easier to expand beyond selling energy itself into proposal-based services that leverage data.
Creating New Business Opportunities
Energy DX is not only about streamlining existing operations. It can also lead to the creation of new services, such as energy-saving support, renewable energy adoption support, equipment monitoring services, and analytics support for corporate clients.
As GX and decarbonized management become more widespread, there will likely be more opportunities for client companies to request improvement proposals that make use of energy data.
Challenges in Advancing These Initiatives
1. Field operations are complex and difficult to standardize.
Energy industry operations often vary depending on equipment types, site conditions, and safety requirements, so simply introducing a system may not be enough for it to take root.
The first step is to identify where inconsistencies exist and which tasks depend too heavily on individual expertise.
2. Data tends to become fragmented.
It is common for field inspection records, customer information, billing data, equipment ledgers, and contract information to be managed separately. In this situation, analysis and rapid decision-making become difficult.
3. Security and Stable Operations Are Critical
In the energy sector, the impact of operational shutdowns and system malfunctions can be just as significant as information leaks. When advancing DX, companies need to consider not only convenience, but also access permissions, audit logs, incident response, and backups.
4. Progress Is Difficult When Left Solely to Digital Specialists
As part of its DX promotion measures, the Ministry of Economy, Trade and Industry has published guidance on digital governance and DX promotion for mid-sized companies and small and medium-sized enterprises. In practice, it is essential that not only the IT department but also maintenance, sales, administration, and executive management are aligned around the same goals.
A Practical Starting Point for Companies
Step 1. Visualize how information flows across the workplace
Start by clarifying what information exists and where it is stored across inspections, maintenance, supply and demand management, and customer support. Introducing tools while this remains unclear is unlikely to deliver meaningful results.
Step 2. Choose a focused theme for operational improvement
Rather than aiming for company-wide optimization from the start, it is more practical to begin with areas where results are easier to see. Examples include digitizing inspection reports, sharing equipment maintenance histories, and centralizing inquiry response records.
Step 3. Build a system for collecting and storing data
In DX, it is important to retain data in a format that can be analyzed later. This requires practical but essential design decisions, such as input rules, standardized fields, photo attachments, and clear responsibility for updates.
Step 4. Avoid placing too much burden on frontline teams
If there are too many fields to enter or the system is difficult to use immediately after implementation, it will not take hold. A more effective approach is to design the system with a focus on reducing the workload for frontline teams.
How SMILE Can Help
Energy DX requires more than simply implementing systems; it calls for a design that takes into account on-site operations, management workflows, data governance, and future operations.
SMILE supports phased implementation, from organizing business challenges and evaluating systemization to development and operation.
Companies considering DX or the use of AI should start with small operational improvements.
Summary
DX in the energy industry is an essential initiative for addressing challenges such as decarbonization, post-liberalization competition, field workforce shortages, and more advanced equipment operations.
The key is not to treat DX as simply the introduction of IT, but to rethink how on-site data is used and how business processes are connected. By first organizing the flow of information and starting with small improvement themes, companies can move forward in a way that fits their actual operations.
FAQ
Q1. Is Energy DX only relevant to large companies?
No. This applies not only to companies with large-scale facilities, but also to small and medium-sized businesses that support regional infrastructure, equipment maintenance, and energy-related services.
Q2. What should be digitized first?
It is easier to achieve results by starting with information frequently used in the field, such as inspection records, equipment ledgers, and inquiry histories.
Q3. How are renewable energy initiatives related to DX?
Because renewable energy output fluctuates, demand and supply forecasting, equipment condition monitoring, and data analysis become even more important. This makes it a field that is highly compatible with DX.
Start a Consultation on Advancing GX and DX
We work with you to design an approach tailored to your company’s situation, from assessing the current state to implementing systems and improving operations.
- You can clarify current operational and data-related challenges.
- You can design implementation steps that fit your company's structure.
- You can also build a framework that remains easy to operate after implementation.
- You can use data to verify results and make improvements.
- You can start exploring AI and IoT applications in the areas where they are most needed.
