Empowering Stakeholders to Achieve a Sustainable Energy Future
Explore our specialized advisory offerings crafted for energy sectors.
Gap Analyses
A gap analysis compares current laws, market practices, data flows, and institutional capabilities against a defined target state (e.g., EU acquis, or best practices). We inventory what exists, map it to required outcomes, and quantify the “distance” in legal, technical, process, and resourcing terms. Findings are prioritized by impact and feasibility, with clear owners, deadlines, and dependencies. The output is a traceable matrix linking each gap to corrective actions and the benefits of closing it.
Impact Assessments
An impact assessment tests how a proposed policy, tariff, or market rule will affect stakeholders, system operations, and public finances. We quantify costs/benefits, system effects, and distributional impacts (winners/losers) using scenarios and sensitivity analyses. We also screen legal risks, implementation complexity, and data needs. The result is an evidence-based recommendation with risk-mitigation options.
Policy Drafting
We translate national energy objectives into precise, enforceable frameworks: amendments to primary law where needed, plus secondary bylaws. We align with EU/Energy Community obligations, embed transparency and reporting clauses, and provide drafting notes.
Drafting Primary and Secondary Regulation
We translate policy objectives into precise, enforceable legal text—amending primary laws where necessary and crafting secondary bylaws, codes, and methodologies. Drafts use clear definitions, unambiguous formulas, and objective decision criteria to minimize discretion and disputes. We align with higher-level obligations (e.g., EU regulations, Energy Community acquis) and embed consultation, transparency, and reporting clauses. Each article is accompanied by drafting notes explaining intent and compliance logic.
Implementation roadmaps with KPIs and governance
Roadmaps turn decisions into delivery, sequencing actions across legal drafting, IT/data, operations, and stakeholder engagement. For each workstream we define owners, milestones, dependencies, and resource needs, plus change-management and training tasks. KPIs track outputs, outcomes, and performance, with baselines and targets.
Financing and incentive scheme setup
We design bankable, fiscally responsible support schemes that accelerate uptake while avoiding distortion: capex grants, interest buy-downs, green credit lines, tax credits, or performance-based top-ups—each with clear eligibility, de-minimis/state-aid compliance, and sunset/degrowth rules. Deliverables include budget impact models, tariff/bill simulations, application workflows, and a monitoring dashboard to adjust incentives as prices and demand evolve.
Identification of financing structures
We structure finance to match project risk and cash flows by mapping grants, green loans, guarantees, carbon revenues, and tariff frameworks; building a sources-and-uses table; and proposing a subsidy design (if any) that is fiscally responsible, time-bound, and compliant with state aid rules.
Feasibility of clean-heat transition grounded in sustainable feedstock
We assess whether shifting from fossil heat to clean options (biomass, biogas, solar thermal, large heat pumps, geothermal) is viable given local, sustainable feedstock and infrastructure. The work confirms sustainable supply availability, competing uses, logistics and seasonal variability, maps demand profiles (districts, public buildings, industry), and screens technology pathways against decarbonization targets, air-quality rules, and just-transition goals to identify no-regrets steps and the conditions required for scale-up.
Biomass market and resource mapping
We build a picture of residues and energy crops (forestry, sawmill, agri-residues, municipal green waste), including ownership, moisture, harvesting windows, quality specs, competing buyers, prices, and transport corridors. The output is a bankable supply curve with sustainability filters, logistics costs to the point of use, and risk flags (policy, weather, land-use) to anchor procurement strategies and long-term offtake contracts.
Techno-economic modeling of options
We compare technology configurations using demand/supply profiles, capex/opex, fuel indexes, efficiency curves, emissions, and reliability. The model delivers LCOH/LCOE, NPV/IRR, payback, abatement cost, and sensitivity (to e.g. feedstock price, carbon cost, and interest rates), highlighting the least-cost, least-risk pathways and the trigger points where alternatives overtake the baseline.
Project preparation—feasibility studies
We turn concepts into investable projects: preliminary site surveys, permitting and environmental scoping, interconnection and electricity/heat network interfaces, technology selection, CAPEX/OPEX estimates, and risk registers with mitigations. Deliverables include a feasibility report, with a clear path to tendering.
Capacity building and hands-on training
We run role-specific training that mixes workshops and on-site labs. Toolkits include checklists, model documents, evaluation templates, and tracking of learning outcomes. We measure learning gains, certify participants, and establish a help desk/mentor cadence to sustain capability confidently post-training.
Design of public-awareness toolkits
We create plain-language, locally branded materials that move the audience from curiosity to adoption: benefits and myth-busters, technology chooser guides, cost and payback calculators, how-to application steps, and maintenance/safety tips. Packs are optimized for web, social, and print, include FAQ scripts for front-desk staff, and embed feedback loops and analytics to improve conversion over time.