cemig-rl-releases/energy-gpt-regulatorio-32b-safe-think-v2
The cemig-rl-releases/energy-gpt-regulatorio-32b-safe-think-v2 is a 32 billion parameter language model developed by cemig-rl-releases, fine-tuned for the Brazilian electric sector's regulatory domain. It is based on a Qwen3-4B family model and optimized for safety and reasoning capabilities in regulatory and technical energy questions. This model excels in providing secure and well-reasoned responses within its specialized domain, with a context length of 32768 tokens.
Loading preview...
Overview
energy-gpt-regulatorio-32b-safe-think-v2 is a 32 billion parameter language model developed by cemig-rl-releases, specifically fine-tuned for the Brazilian electric sector's regulatory domain. It builds upon cemig-rl-releases/energy-gpt-regulatorio-32b-safe-v2, a Qwen3-4B family model already adapted for CEMIG's energy domain.
Key Capabilities and Training
This model underwent a specialized alignment pipeline involving DPO offline followed by GRPO (Generative Reinforcement Learning from Policy Optimization). The primary objective was to simultaneously enhance:
- Safety: Ensuring secure and harmless responses.
- Reasoning Quality: Improving the quality of reasoning for regulatory and technical questions within the energy sector.
Training data for safety alignment included Portuguese translations of Anthropic HH-RLHF's harmless-base datasets. The GRPO stage and RAG evaluation utilized the cemig-rl-releases/questions-Gemma4-31B-rl-source dataset.
Evaluation
The model's performance was assessed across three benchmarks:
- Knowledge: Evaluated using
cemig-ceia/energy-evalfor response quality (Knowledge Score via LLM-as-judge) and multiple-choice accuracy (Knowledge Accuracy). - Safety: Classified responses as safe, partially safe, or unsafe using
cemig-rl-releases/Safety-Questions-Energy. - RAG: Assessed task coverage, relative quality, and hallucination rate in retrieval-augmented generation scenarios using
cemig-rl-releases/questions-Gemma4-31B-rl-source.
Limitations
This model is intended for internal use within the regulatory energy domain. Responses may contain inaccuracies and require expert review before production deployment.