FAQ
Publicis Sapient helps utilities, energy retailers and energy trading organizations modernize how they operate, serve customers and create value. Its work across the energy sector focuses on digital transformation, including customer-centric experiences, data and AI, cloud and platform modernization, grid and EV readiness, and new models for growth.
What does Publicis Sapient help energy organizations do?
Publicis Sapient helps energy organizations modernize operations, customer experiences and digital capabilities. Across utilities, energy retail and energy trading, the focus is on improving efficiency, agility and growth. This includes modernizing technology, unifying data, applying AI, redesigning customer journeys and building platforms that support new services and business models.
Which parts of the energy sector does Publicis Sapient focus on?
Publicis Sapient works across utilities, energy retailers, energy trading organizations and broader energy and commodities businesses. The source material covers retail energy, grid modernization, EV customer journeys, low-carbon technology connections, energy supply and trading, and risk modernization. It also highlights work that connects digital transformation with customer engagement, resilience and decarbonization.
What business challenges are energy companies trying to solve?
Energy companies are trying to solve for efficiency, agility and growth in a more volatile and decentralized market. The documents describe pressures such as aging infrastructure, rising customer expectations, renewable integration, regulatory complexity, data silos, legacy systems, declining demand in some markets and the need to create new revenue streams. They also point to the need for resilience, better decision-making and stronger customer relationships.
Why is customer-centricity so important in energy now?
Customer-centricity matters because energy customers now expect more transparency, self-service, personalization and better digital experiences. The source material shows that utilities and retailers are moving away from product-centric and meter-centric models toward models built around the customer behind the meter. As prosumers, EV owners and low-carbon technology adopters become more active participants, customer experience becomes a strategic lever for trust, loyalty and growth.
How is the energy customer changing?
The energy customer is becoming more active, informed and involved in how energy is produced, managed and consumed. The documents describe the rise of the prosumer, who both consumes energy and may generate it through assets such as solar panels. They also describe EV owners, fleet operators and low-carbon technology adopters who need more guidance, better digital journeys and more flexible services from utilities and retailers.
How can data and AI create value for utilities and energy retailers?
Data and AI help utilities and energy retailers turn fragmented information into insight, action and better service. The source material highlights uses such as personalized energy management, predictive maintenance, outage communications, demand forecasting, appliance-level insight, consumption optimization and operational decision-making. AI is also presented as a way to balance supply and demand, support renewable integration and enable more predictive, prescriptive and automated operating models.
What role do open data and live-data experiences play in energy transformation?
Open data and live-data experiences help energy providers become more customer-centric and create new value from data. According to the source material, secure, customer-permissioned data exchange and real-time analytics can support personalized energy management, predictive maintenance, innovative financing models and new business models such as peer-to-peer energy trading. Live-data experiences also make complex information easier to understand through dashboards, alerts and interactive tools.
What technology foundation is needed for this kind of transformation?
A modern technology foundation typically includes unified data platforms, cloud-based architecture, AI and machine learning, APIs, and mobile-first or omnichannel interfaces. The documents repeatedly describe cloud as a foundation for efficiency, scale and agility. They also emphasize the importance of dismantling data silos, enabling real-time access to information and building adaptable platforms that can respond to changing market and regulatory conditions.
Why do so many of these energy transformation programs start with cloud migration?
Cloud migration is treated as a critical first step because it creates efficiency, scalability and flexibility. The source material says moving from in-house infrastructure to cloud environments can reduce costs, improve performance and free resources for broader transformation. It also supports modern analytics, AI, faster delivery and more adaptable ways of working.
How does Publicis Sapient describe the roadmap for digital transformation in energy trading?
The roadmap is described as a three-part progression: improve efficiency, unlock agility and insights, and enhance value creation. In practice, that means moving to cloud and SaaS or PaaS for standardized processes, adopting agile and product-oriented ways of working, removing data silos, and then enabling innovation closer to the business. The documents also describe a related three-step innovation approach: identify business goals, create a plan and invest in capabilities that support innovation.
What capabilities matter most for innovation in energy trading?
The key capabilities highlighted are strategy, product, engineering, experience and data. The source material says these capabilities help trading organizations decide where to play, adopt a product mindset, build adaptable platforms, create value for users and gain insights for scalable growth. Together, they support faster decisions, stronger resilience and better alignment between innovation and business goals.
How does modernization improve supply, trading and risk management?
Modernization improves supply, trading and risk by unifying data, automating workflows and enabling faster, better portfolio decisions. The documents describe the need to connect commercial, operational, trading, pricing and accounting data into a shared environment. They also emphasize automating trade lifecycle processes, improving auditability, strengthening scenario analysis and using AI and advanced analytics to support forecasting and risk-adjusted decision-making.
What does a better digital customer journey look like for utilities?
A better utility journey is simpler, more transparent, more personalized and easier to manage through self-service. The source material describes digital journeys for low-carbon technology connections, EV adoption and ongoing utility interactions such as billing, outage communication and service updates. Stronger journeys use guided workflows, proactive communications, status tracking, tailored FAQs, eligibility support and integrated data to reduce friction and improve trust.
How can utilities improve the low-carbon technology connection journey?
Utilities can improve the connection journey by replacing fragmented, manual processes with integrated, digital-first experiences. The documents describe common problems such as paper-based forms, unclear responsibilities, limited self-service and opaque timelines or pricing. Recommended improvements include digitized workflows, stakeholder integration, mobile and portal access, clearer communications, modular platforms, unified data and agile delivery.
How should utilities think about the EV customer journey?
Utilities should treat the EV customer journey as both a customer experience opportunity and an infrastructure challenge. The source material breaks the journey into stages such as awareness, discovery, evaluation, purchase, ownership and advocacy. It suggests utilities can support customers with education, incentives guidance, assessment tools, bundled offerings, charging access, centralized data platforms and loyalty or referral programs.
What infrastructure investments are needed to support EV growth?
Utilities need charging networks, local grid upgrades and digital systems that help manage charging demand. The documents note that customers need access to home, workplace and public charging, and that utilities can play a role in helping customers locate and connect to chargers. They also describe the need to upgrade transformers, support future charging technologies and use customer behavior insights to balance load at the local grid level.
How does grid-edge innovation change the utility transformation agenda?
Grid-edge innovation turns grid modernization into a broader business transformation issue. The source material explains that as power systems become more decentralized and dynamic, utilities need more than infrastructure upgrades. They need flexibility, digital field operations, AI, data platforms and operating models that connect assets, workers, customers and decisions across the enterprise.
What does Publicis Sapient say about innovation horizons for energy retailers?
Publicis Sapient describes three innovation horizons: sustaining innovation, evolutionary innovation and disruptive innovation. Sustaining innovation focuses on digitizing today’s business and improving the current customer base. Evolutionary innovation focuses on adjacent growth areas such as EV ecosystems, while disruptive innovation focuses on new markets and models, including grid balancing, prosumer participation and customer-driven energy services.
How can energy retailers decide how to compete in the market?
The source material says energy retailers generally face a choice between becoming a branded player or a value player. A branded player aims to own the customer relationship through service, customer experience and brand. A value player aims to deliver the lowest price and often relies on broad reach through platforms or comparison channels.
What new business models are emerging in energy?
New business models include peer-to-peer energy trading, demand response, green tariffs, energy-as-a-service, EV ecosystem services and data-enabled financing models. The documents also refer to retailers and utilities creating value through self-service platforms, charging ecosystems, demand-shaping programs and the monetization of intelligence, software, algorithms and data. In several places, the source material suggests that future growth may come as much from services and platforms as from selling energy itself.
How do partnerships fit into energy transformation?
Partnerships are presented as a practical way to expand capabilities, accelerate innovation and deliver more value to customers. The source material points to collaboration with installers, OEMs, municipalities, appliance manufacturers, service providers, automotive companies, technology firms and startups. It also emphasizes that many utilities and energy companies will need ecosystem thinking and platform mindsets rather than trying to solve every problem alone.
What should energy leaders prioritize first?
Energy leaders should start by identifying the business goals that matter most and then building the capabilities and roadmap to support them. Depending on the organization, that may mean reducing costs, improving agility, modernizing customer journeys, unifying data, moving to cloud, or enabling innovation in adjacent or emerging markets. Across the documents, the consistent message is to be intentional, align technology to business outcomes and modernize in a way that creates measurable value over time.